With a plethora of options available, each science field presents unique opportunities and challenges. You might find yourself asking questions like “Is environmental science hard?” or “What can I do with a physics degree?”

Allow Empowerly to delve into the realm of science majors with you, highlighting both the easiest and most challenging ones. Whether you have a passion for the natural world or a knack for problem-solving, understanding the differences between science majors can help you make an informed decision about your academic path. We will discuss the easiest and hardest science majors along with the career options to show you a way. 

Easy Science Majors

Science is no easy feat, but when it comes to picking one of the types of science majors, there are a few avenues that people tend to deem “easier” than others. These rankings are based on firsthand accounts from students and graduates. That said, keep in mind that your experience may vary; it all depends greatly on which program you ultimately attend!

1. General Biology

General Biology stands as one of the easiest science majors for many students. It serves as an excellent starting point for those seeking a broad understanding of living organisms and the processes that drive life. The coursework often covers topics such as cell biology, genetics, ecology, and physiology. Although it may not be as intensive as some other science disciplines, the diversity of subject matter allows students to explore various aspects of the biological world.

Courses: Introductory Biology, Plant Biology, Genetics, Microbiology, Chemistry, Mathematics, Environmental Science, Research Methods.

• Physician Median Pay: $229,300
• Dentist Median Pay: $159,530
• Microbiologist Median Pay: $81,990
• Zoologists and Wildlife Biologists: $67,450
• Biological Technician Median Pay: $49,650

2. Environmental Science

Environmental Science attracts students who have a deep concern for the environment and a passion for sustainability. While it involves multidisciplinary approaches, including biology, chemistry, and geology, the major often appeals to students with a strong interest in ecology and conservation. As environmental issues continue to gain prominence globally, this major equips students to tackle real-world challenges in a changing planet.

Courses: Biology, Chemistry, Math, Physics, Ecology, Earth Systems, Geology, Climate Change and Sustainability, GIS and GPS Computing.

Median Pay: $76,480

3. Psychology

Although not strictly a natural science, psychology often finds itself classified as one due to its scientific methodologies and empirical research – and it’s considered one of the easiest science majors as well. It explores the intricacies of the human mind, behavior, and cognitive processes. The accessibility of this major lies in its relevance to everyday life, making it a popular choice among students interested in human behavior and mental health.

Courses: Statistics, Research Methods, Psychometrics, Biopsychology, Communications, Human Behavior, and career-specific courses in Developmental, Cognitive, and Behavioral Psychology.

Median Pay: $85,330

4. Anthropology

Anthropology degrees delve into the study of human societies, cultures, and evolution. The curriculum may cover cultural, archaeological, linguistic, and biological anthropology. Graduates can work in cultural resource management, museum curation, social research, and international development.

Courses: Cultural Anthropology, Biological Anthropology, Linguistic Anthropology.

Median Pay: $68,641 

5. Nursing

Nursing is a broad and essential part of the healthcare team, providing care and assistance in a variety of venues such as hospitals, clinics, community centers, and home care. Nurses evaluate patients’ health issues and needs, create and implement nursing care plans, and keep medical records.

Courses: Licensed Practical Nurse (LPN) Programs, Associate Degree in Nursing (ADN) Programs, Medical-Surgical Nursing, Pediatric Nursing.

Median Pay: $77,600

Hard Science Majors

Just as there are a few disciplines that people regard as the easiest science majors, others are infamous for being incredibly difficult but rewarding to get through. 

1. Astrophysics

Astrophysics is a highly challenging science major that delves into the vast expanse of the universe. This field demands a strong foundation in physics and mathematics as students study celestial bodies, cosmology, and the fundamental laws that govern our universe. The complexity of astrophysics necessitates exceptional analytical skills and a deep passion for unraveling the mysteries of space.

Courses: Foundational math, Physics, Astronomy and Astrophysics, Programming Languages.

Median Pay: $105,910

2. Biomedical Engineering

Biomedical engineering presents considerable challenges as the field at the intersection of biology and engineering. Students in this major tackle the design and development of medical devices, diagnostic tools, and cutting-edge technologies to address health-related issues. The rigorous curriculum combines principles from biology, chemistry, and engineering, making it one of the most demanding science majors.

Courses: Biomedical Engineering, Biology and Chemistry, Biomaterials, Biomechanics, Physiology, Medical Imaging, Biomedical Design.

Median Pay:  $89,447

3. Quantum Physics

Quantum Physics, a subfield of physics, deals with the behavior of particles at the atomic and subatomic levels. Understanding quantum phenomena involves grappling with complex mathematical equations and abstract concepts, which can be daunting for many students. Only those with a genuine passion for unraveling the mysteries of the quantum world thrive in this rigorous scientific pursuit.

Courses: Quantum Physics, Classical Mechanics, Quantum Mechanics, Quantum Field Theory, Atomic Physics, Nuclear Physics.

Median Pay: $292,726

4. Astronomy

An Astronomy degree entails studying one of the most advanced fields of science (Astrophysics), giving you an idea of how difficult it is. Astronomers, like all hard scientists, must produce falsifiable predictions about space and the cosmos, which must then be tested in a controlled context.

Astronomy, for example, is rife with failures since you constantly experiment with theories in order to achieve a conclusion. It is not the same as simply having an idea: if you are unable to carry it out, it is of little use. 

Courses: Solar System Astronomy, Stellar Astronomy, Galactic Astronomy, Cosmology.

Median Pay: $124,171

5. Neuroscience

Neuroscience is a fascinating field, but it is quite difficult. As complex as the human brain is, it seems to reason that a subject dedicated to it would be just as complex.

Neuroscience is particularly difficult to comprehend since it combines the physical and abstract. There are numerous mysteries about the human brain and consciousness that empirical science cannot fully explain, which is why Neuroscience incorporates philosophical elements.

Courses: Neuroanatomy, Neurophysiology, Cellular Neuroscience, Cognitive Neuroscience, Computational Neuroscience.

Median Pay: $127,654

Video: Science Degree Tier List (Science Majors Ranked)

Questions to Ask Yourself When Considering Types of Science Majors

When choosing a science major for college, it’s essential to ask yourself the right questions to ensure you make an informed decision that aligns with your interests, goals, and strengths.

Here are some crucial questions to consider:

1. What subjects in science am I genuinely passionate about?
2. What specific topics within the sciences have always intrigued me?
3. What science-related activities or experiences have I enjoyed in the past?
4. Do I prefer working with living organisms (biology), understanding the universe (astronomy/astrophysics), exploring matter and chemicals (chemistry), or unraveling the fundamental laws of the universe (physics)?
5. What are my strengths and skills, and how do they match with different science majors?
6. Am I comfortable with the level of math required for the major(s) I'm considering?
7. How do my career goals align with the science majors I am interested in?
8. Have I researched the job market and potential career paths for each science major?
9. Am I willing to pursue further education (e.g., graduate school) to achieve my desired career objectives?
10. What kind of research opportunities does each science major offer for undergraduates?
11. Do I prefer a more specialized science major or an interdisciplinary program that combines multiple fields?
12. Have I talked to academic advisors and professors about the science majors I am considering?
13. What are the core courses and electives offered in each science major, and do they excite me?
14. Are there any specific opportunities for hands-on experience, internships, or co-op programs in the science majors I am interested in?
15. Do I have any long-term personal or societal interests that align with a particular science major?
16. How important is work-life balance, and does the chosen science major allow for it?
17. What are the potential challenges and rewards of pursuing each science major?
18. Is environmental science hard?
19. Am I prepared to adapt and explore new interests if I find my initial choice of science major isn't the right fit?
20. Are there any specific extracurricular activities or clubs related to the science majors I am considering?
21. Have I sought advice and input from individuals working in the fields related to the science majors I am interested in?

As you ask yourself these questions and reflect on your answers, you’ll gain a clearer understanding of which science major resonates most with your passion, strengths, and aspirations. Remember that choosing a science major is an important decision, and it’s okay to take your time to explore and make the best choice for your future academic and professional journey.

Video: Rankings Science Degree Majors

What to Think About When Choosing a Science Major

As high school comes to a close, many students face the exciting yet challenging task of selecting a college major. Pursuing a science major can be a rewarding choice for those with a passion for understanding the natural world. However, with numerous options available, making the right decision can feel overwhelming. 

By evaluating your interests, goals, and aptitudes, you can find the perfect fit that will set you on a path toward a fulfilling and successful career in science.

• Assess Your Interests and Passions

Before embarking on your academic journey, take the time to reflect on your interests and passions. Consider the topics in science that genuinely excite you. Are you fascinated by the complexities of biology, the mysteries of space, the intricacies of chemistry, or the principles of physics? Identifying your interests will help you narrow down your choices and find a major that aligns with your genuine curiosity.

• Evaluate Your Strengths and Skills

Understanding your strengths and skills is essential when picking a science major. Are you naturally inclined towards mathematics and problem-solving? Are you a strong communicator or an analytical thinker? Different science fields demand diverse sets of skills, and aligning your strengths with your chosen major can contribute to your academic success and overall satisfaction.

• Research Career Opportunities

While your passion for a subject should be a significant driver in your decision-making, considering the potential career opportunities is crucial. Research the job market for the science majors you are considering. Some fields may offer more job prospects and higher earning potential than others. However, remember that the job market can change over time, and your chosen major may influence future career paths.

• Talk to Academic Advisors and Professors

Consulting with academic advisors and professors can be immensely helpful when choosing a science major. These experienced individuals can provide valuable insights into each major’s curriculum, research opportunities, and potential career paths. They can also guide you towards understanding the academic rigor and requirements of each field, assisting you in making an informed decision.

• Explore Course Offerings

Dive into the course offerings for each science major you are considering. Look for courses that excite you and align with your interests. Investigate the core requirements and electives available in each major, as they can significantly shape your academic journey and career specialization.

• Consider Interdisciplinary Options

In recent years, many universities have introduced interdisciplinary science programs that combine two or more fields to offer a broader perspective. Consider whether an interdisciplinary major appeals to you and aligns with your goals. Such programs can open unique opportunities for research and careers at the intersection of multiple disciplines.

• Assess Research Opportunities

Research experiences are invaluable for students pursuing a science major. Check if the programs you are interested in offer research opportunities for undergraduates. Participating in research projects allows you to gain hands-on experience, build connections with professors, and develop critical thinking skills.

• Think About Postgraduate Education

For certain science fields, such as medicine, engineering, and academia, postgraduate education is often necessary to pursue advanced careers. Consider whether you are willing to invest additional years in graduate or professional school, as this will influence your choice of a science major.

Why choose a Science Major?

You might choose a science major for any reason, but some of the most highlighted reasons for many individuals are: 

• Curiosity and Discovery: 

Curiosity may have killed the cat, but it is the same ability that has given us many amazing scientists and their discoveries. It is all about asking questions and analyzing the answers for them. If you are someone who loves a good puzzle and shows a keen interest in discoveries, a science major is for you.

• Make a Difference: 

Science is always in an evolving state, and there is always a challenge to work on; this can lead to new medicines, creating sustainable energy sources, understanding climate change, or working on experiments to create new scientific products. 

• Strong Job Prospects:  

Science majors are quite in demand, with many high-paying jobs, and they can lead you on a wide range of career paths once you graduate. You can work in a research lab or teach in any technical field as needed, with wide opportunities in the subject matter. 

Conclusion

Selecting a science major for college is a pivotal decision that requires thoughtful consideration. By assessing your interests, strengths, career goals, and aptitudes, you can find the perfect fit for your academic journey. 

Remember: choosing a science major that aligns with your passion and purpose will pave the way for a fulfilling and successful career in the scientific realm. Embrace the exploration, seek guidance, and keep an open mind, for your college years will be a transformative experience that shapes your future path in the world of science.

Ready to make your college admission dreams a reality? Join the 98% of students who partnered with Empowerly and got accepted into Ivy League and top 25 schools. Our top-rated college counselors boost admission rates by 11x for our students. If you have any questions or challenges, book your FREE consultation, and we’d be happy to help you.

The post Easiest and Hardest Science Majors (2025 Edition) appeared first on Empowerly.

Why Psychology Research Programs?

There are numerous reasons why students should explore fields like psychology in their formative years. Studying psychology and neurological sciences offers a unique opportunity to understand the intricacies of human behavior, thought processes, and emotions. By studying psychology, students gain valuable insights into how people interact with their environment, make decisions, and cope with challenges. This knowledge can be applied to various aspects of life, enhancing interpersonal relationships, communication skills, and emotional intelligence. It can also support students’ growth through their formative years into adulthood.

Additionally, pursuing psychology in high school can open doors to many career opportunities. A foundation in psychology is beneficial for fields such as mental health, education, business, law, social services, entrepreneurship, medicine, and much more! Early exposure to psychological principles and research methodologies can also help to give students a competitive edge in higher education and future job markets. Moreover, the skills and knowledge gained from studying psychology, such as understanding human behavior and motivations, are universally applicable and valuable in any career!

Interested in learning more about whether the field of psychology is for you? Explore these podcasts and videos to better understand what psychology is all about!

• https://hiddenbrain.org
• https://www.apa.org/news/podcasts/speaking-of-psychology
• https://scottbarrykaufman.com/podcast

Video: High School Psychology: Better Understand Your World

Video: Why Study Psychology?

Video: Why Study Psychology? | College Majors | College Degrees | Study Hall

You may be wondering, though, how can I begin a path in psychology? Don't worry; we’re here to help! Participating in a psychology research program can provide high school students with hands-on experience and bridge the gap between theoretical knowledge and practical application. These programs will allow students to work alongside professionals, conduct experiments, and contribute to meaningful projects. Here are 10 psychology research programs you should consider when beginning your journey into the field of psychology!

1. Stanford University’s Clinical Neuroscience Immersion Experience (CNI-X)

Stanford University’s Clinical Neuroscience Immersion Experience (CNI-X) is a prestigious and intensive program designed for high school students interested in exploring the field of neuroscience and its clinical applications. The program provides a unique opportunity to gain hands-on experience in neuroscience research, working alongside leading experts and researchers at one of the world’s top universities. Participants engage in various activities, including laboratory experiments, lectures, and discussions, all focused on understanding the brain’s function and its impact on behavior and mental health.

During the CNI-X program, students delve into neuroscience, psychiatry, and psychology, learning how these areas contribute to our understanding of neurological and psychiatric disorders. In addition to participating in interactive lectures, students in each session will spend guided time working in small teams to apply what they have learned to social issues related to psychiatry, psychology, or neuroscience. Through this immersive experience, participants acquire valuable skills and knowledge and build a strong foundation for future studies and careers in neuroscience and related fields.

Eligibility: Sophomore, junior, or senior year high school student

Duration: 2 weeks (different date offerings, with one being virtual)

Cost: $1,495 - $2,795

2. Mary S. Easton Center at UCLA Neuroscience High School Scholars Program

The Neuroscience High School Scholars Program is an educational opportunity for high school students from underrepresented communities to learn about neuroscience, specifically Alzheimer’s disease and related dementia research, at UCLA, a top neuroscience research university! Participants engage in activities combining theoretical learning with practical application, attending lectures and seminars led by renowned neuroscientists around various topics such as neural development, brain function, and neurological disorders.

A significant part of the program connects classroom learning with real-world and hands-on practice. During this program, students will work on real-world research projects related to ADRD, highlighting health disparities and cultural sensitivities. With the guidance of experienced mentors, they’ll learn to design experiments, collect and analyze data, and interpret their findings, enhancing their practical scientific skills and gaining insight into potential neuroscience careers.

Eligibility: Juniors and Seniors (16-18 years old), students from underrepresented communities or students who wish to work in careers with underrepresented communities, students who are mature, eager, and motivated to learn, and students who are considering a career in neuroscience

Duration: Dependent on the program, ranges from monthly seminars to a six-week intensive in-person summer program

3. Yale Young Global Scholars (YYGS): Biological & Biomedical Science Program

The Yale Young Global Scholars (YYGS) Biological & Biomedical Science Program is a prestigious summer program intended to provide high school students with an immersive experience in biology and biomedical science. The program aims to foster a deeper understanding of life sciences and equip students with the necessary tools and knowledge to pursue further studies and careers in these areas. Participants are instructed by Yale faculty and researchers, who introduce them to advanced concepts and cutting-edge research in various biological and biomedical fields.

The program also includes collaborative projects and discussions on bioethics, public health, and global health challenges integrated into the curriculum, prompting students to consider how scientific advancements can be used to address pressing issues facing the world today.

Video: what is yale young global scholars?

Eligibility: Be between the ages of 16 and 18 years old by July 21, 2024, be able to participate in a rigorous academic curriculum conducted in English, be a current high school sophomore or junior (or international equivalent), be graduating in May/June 2025 or 2026 from the Northern Hemisphere, or in Nov./Dec. 2024 or 2025 from the Southern Hemisphere, and be a first-time participant in YYGS

Duration: 2 weeks per session

Cost: $6,500

4. Boston University’s Research in Science & Engineering (RISE): Neuroscience

Boston University’s Research in Science & Engineering (RISE) program offers a specialized Neuroscience track to provide high school students with a comprehensive and immersive research experience. This esteemed program aims to cultivate students' scientific skills, knowledge, and passion for neuroscience through rigorous academic and hands-on research opportunities. The RISE summer internship and practicum is a six-week program combining intensive coursework and a mentored research project. For students interested in the internship, Boston University provides 40-hour weeks of intense learning through tailored research projects designed by mentors in various fields, including astronomy, biology, biomedical engineering, chemistry, computer science, electrical and computer engineering, mechanical engineering, medical laboratory research, neuroscience, physics, psychology, and public health.

Boston University also offers a practicum track for students interested in computational neuroscience, providing structured research practices. In the practicum, students attend two-hour lectures from Boston University’s neuroscience faculty and four hours of structured research time with peers. Under the guidance of their mentors, students engage in cutting-edge research projects, gaining hands-on experience in experimental design, data collection, and analysis. Students are encouraged to think independently, formulate research questions, and develop hypotheses. Throughout the program, they present their findings in lab meetings and group discussions, culminating in a final presentation where they showcase their research to peers, mentors, and faculty.

Video: Claudia Durbin: Research in Science and Engineering Internship (RISE)

Eligibility: Be entering your senior year of high school in fall 2024 and be a US citizen or legal permanent resident

Duration: Six weeks

Cost: Between $8,990 and $9,296

5. Johns Hopkins University’s Summer at Hopkins: Psychology and Brain Sciences Summer Programs & Courses

Johns Hopkins University’s Summer at Hopkins: Psychology and Brain Sciences Summer Programs & Courses offer high school students a unique opportunity to explore the complexities of the human mind and brain at one of the world's leading research institutions. These programs are designed to provide an immersive educational experience to help students learn the complexities of the neurological scientific field. Participants can choose from various courses covering psychology, childhood disorders and treatments, behavioral neuroscience, and psychopathology. These courses, taught by Johns Hopkins faculty and researchers, introduce students to cutting-edge theories and research methods, challenging them to think critically about psychological and brain sciences.

In addition to classroom learning, the Summer at Hopkins programs emphasize experiential learning through interactive seminars and group projects. The program also includes guest lectures from leading experts in the field, providing insights into current research trends and career paths in psychology and brain sciences. By the end of the program, students gain a comprehensive understanding of the field, valuable research experience, and a clearer vision of their future academic and professional goals!

Eligibility: A cumulative grade point average of 3.0 or higher on a 4.0 scale is required for pre-college programs or Summer Term Undergraduate Courses. For summer courses, successful completion of 9th Grade is required before the program’s start date, and for pre-college programs, successful completion of 10th Grade is required before the course’s start date. Specific course prerequisites must also be met.

Duration: Two weeks to 10 weeks, held in multiple sessions (online or in-person)

Cost: $1,950 per one-credit course

6. UC Berkeley’s Pre-College Scholars Summer Program: Psychology

UC Berkeley's Pre-College Scholars Summer Program in Psychology offers high school students a unique opportunity to immerse themselves in the world of psychology. This intensive three-week program is designed for students with a strong interest in the field who are eager to explore the subject at a deeper level. Through lectures, discussions, and hands-on activities, students are exposed to various subfields of psychology, such as developmental psychology, cognitive psychology, and social psychology.

One of the program's highlights is the chance to conduct research under the guidance of experienced faculty members both on campus or online, depending on the program. Suppose students choose the summer Residential or commuter tracks. In that case, students can spend their summer living on campus and have access to UC Berkeley's state-of-the-art research facilities to design and execute their psychology experiments. This hands-on research experience enhances students' understanding of psychology and helps them develop critical thinking and problem-solving skills.

Eligibility:

• For Berkeley’s summer virtual track, students must have completed the 10th or 11th grade by the start of summer classes and plan to continue their high school studies in the subsequent fall, have an overall B average (3.0, weighted or unweighted) in all of their high school coursework, and be 16 years of age by June 16, 2024.
• For Berkeley’s Summer Commuter Track: students must currently reside in the state of California, have completed 10th or 11th grade by the start of summer classes, have an overall B average (3.0, weighted or unweighted) in all of their high school course work, be 16 years of age on or before June 16, 2024, and do not require residential housing and visa/I-20 support.
• For Berkeley’s Summer Residential Track: domestic students must have completed the 10th or 11th grade by the start of summer classes and plan to continue their high school studies in the subsequent fall, have an overall B average (3.0, weighted or unweighted) in all of their high school coursework, be 16 years of age by June 16, 2024, and require residential housing.

Duration: Dependent on the program, ranges from 3 weeks to 10 weeks, held in multiple sessions (online or in-person)

Cost: Dependent on the program, ranges from $595 per unit- to $15,800 (do provide scholarships)

7. University of Michigan’s Summer Discovery: Psychology Academy

The University of Michigan's Summer Discovery: Psychology Academy is an enriching program for high school students interested in exploring psychology. This summer program comprehensively overviews various psychological concepts, theories, and research methods, all while students experience life at the University of Michigan! During the summer sessions, students will gain a deep understanding of the human mind and behavior through classroom lectures, hands-on activities, and group projects. Through this, students will also connect with like-minded peers for a summer of learning and fun, enjoying fun activities and clubs to help engage students throughout their experience.

Participants attending Summer Discovery will be able to engage with renowned faculty members, psychologists, and researchers, allowing them to learn from experts in the field. The program also includes field trips to psychology-related institutions and facilities, providing a real-world context for the knowledge gained in the classroom!

Video: Summer Discovery at the University of Michigan

Duration: 2 to 6 weeks

Cost: $4,399 - $15,748

8. Georgetown University’s Summer High School Programs: Psychology

Georgetown University's Summer High School Programs offer a specialized psychology track for students interested in exploring the field. This program provides a comprehensive psychology overview covering perception, memory, cognition, neuroscience, learning, motivation, emotion, personality, social behavior, development, and psychopathology. During the summer courses, students will learn and understand the fundamental principles and theories of psychology through lectures, seminars, and interactive activities. Students can choose to take the course online or in person, depending on their location and the available summer session dates.

Video: Georgetown University Summer Programs for High School Students

Eligibility: To apply to High School Sessions — Summer College, students must be current or rising high school freshmen, sophomores, juniors, or rising seniors during the academic year before their summer program and show good academic standing with at least a 3.0 GPA.

Duration: Five weeks to eight weeks, held in multiple sessions (online or in-person)

Cost: 

Tuition for one 3-credit course: $6,159 ($2,053* per credit)

Housing (optional - Secured only by Summer Programs): $2,448* per session

Pre-college fee**: $745

9. Duke University’s Summer College for High School Students: Psychology

Duke University's Summer College for High School Students offers a rigorous and immersive program focused on psychology. Students can study various aspects of psychology and neurology, including social psychology, neural Integration, and Sensory Pathways, all while enjoying a week or two on Duke’s expansive university campus! Through lectures, discussions, and hands-on activities, students will comprehensively understand the principles and theories governing human behavior, making it a wonderful program for students to gain key knowledge and practical learning to carry forward in their psychology studies.

One of the key features of Duke's program is its emphasis on experiential learning. Students can participate in research projects and psychological experiments on campus, allowing them to apply theoretical concepts to real-world situations. Additionally, as this is an on-campus program, students will have access to Duke's state-of-the-art research facilities, giving students a unique glimpse into scientific research. 

Video: Duke Summer Session for High School Students

Eligibility: Grades 9-11

Duration: One to two weeks

Cost: Residential: $2,800 tuition + $1,900 room and meal fee

Commuter: $2,800 tuition + $250 meal fee

10. Northwestern University’s College Preparation Program: Psychology

Northwestern University's College Preparation Program in Psychology offers high school students a unique opportunity to explore the field of psychology while experiencing college life firsthand. This program gives students an in-depth understanding of psychological theories, research methods, and real-world applications. Students will experience college-level courses taught by Northwestern faculty, covering various topics such as cognitive psychology, social psychology, developmental psychology, and neuroscience studies. 

In addition to rigorous academic coursework, the College Preparation Program emphasizes experiential learning. Students engage in hands-on activities, including laboratory experiments, group projects, and case studies, allowing them to apply theoretical knowledge to practical scenarios. The program also provides opportunities for students to attend workshops on college admissions, essay writing, and career planning, helping them prepare for their future academic and professional endeavors.

Video: Northwestern University College Prep

Eligibility: For college credit, Students must have a cumulative GPA of 3.0 on a 4.0 scale, be 15 to 17 years of age at the start of the program (06/17/2024), and have completed sophomore or junior year of high school by the commencement of the program

For e-FOCUS/IN FOCUS Admission: Students must have a cumulative GPA of 3.0 on a 4.0 scale, be 14 to 17 years of age at the start of the program (06/17/2024), and have completed freshman, sophomore, or junior year of high school by the commencement of the program

Duration: 2 weeks per session (e-Focus online or 3-10 weeks online or in-person)

Cost: Ranges by program - between $1,850 and $5,407

Final Thoughts

Exploring psychology through research programs can open up many possibilities for high school students. By participating in these programs, students gain valuable knowledge and skills and develop a passion for the field that can drive their future academic and career endeavors. Whether you are interested in cognitive psychology, neuroscience, or clinical psychology, these ten programs provide excellent opportunities to immerse yourself in the world of psychological sciences. A great psychology research program can set the stage for a successful future in the field.

Looking for guidance to determine if the field of psychology is the right fit for you? Look no further than Empowerly! Our admissions and subject experts team spans various fields and is ready to help you discover a major or field of study that aligns with your interests and goals. From planning your path to submitting applications for summer programs like the ones mentioned above, our dedicated counselors and admissions experts are here to support you every step. With our help, you'll have the best chance of success in gaining admission to intensive programs, college admissions, and beyond. Schedule a free consultation with our team today to get started on your journey.

The post 10 Psychology Research Programs for High School Students (2025) appeared first on Empowerly.

On the other hand, volunteer at a hospital? Or should you apply to STEM summer programs for high school students? Which ones are still accepting applications anyway? We’ve got you covered with a roundup of the top 16 STEM summer programs for high school students.

Top 49 Best STEM Summer Programs for High School Students

Participating in a STEM summer program is a great way to dive deeper into your scientific interests, meet like-minded peers, and enhance your college applications. Here’s a comprehensive list of the top STEM summer programs, complete with deadlines, descriptions, and tuition costs.

1. RSI (Research Science Institute)

• Location: Massachusetts Institute of Technology (MIT), Cambridge, MA
• Description: An intensive, six-week program where students engage in cutting-edge scientific research under the mentorship of accomplished scientists.
• Deadline: Early January
• Tuition Cost: Free (all expenses covered)

2. PROMYS (Program in Mathematics for Young Scientists)

• Location: Boston University, Boston, MA
• Description: A six-week residential program focused on the in-depth exploration of mathematical concepts and theorems.
• Deadline: March
• Tuition Cost: $5,500 (financial aid available)

3. SSP (Summer Science Program)

• Locations: New Mexico Tech, U Boulder, Purdue, Indiana
• Description: A six-week program where students conduct research in astrophysics or biochemistry.
• Deadline: February
• Tuition Cost: $7,950 (financial aid available)

4. Governor’s School

• Location: Various states (multi-state)
• Description: State-sponsored programs that focus on a variety of STEM disciplines, offering advanced study opportunities.
• Deadline: Varies by state
• Tuition Cost: Varies (often free for residents)

5. RISE (Research in Science and Engineering)

• Location: Boston University, Boston, MA
• Description: A six-week program where students conduct research in engineering and science fields under BU faculty.
• Deadline: February
• Tuition Cost: $5,950 (financial aid available)

6. MITES (Minority Introduction to Engineering and Science)

• Location: MIT, Cambridge, MA
• Description: A rigorous six-week program for underrepresented minorities in STEM, offering courses in engineering and science.
• Deadline: February
• Tuition Cost: Free (all expenses covered)

7. SuMaC (Stanford University Mathematics Camp)

• Location: Stanford University, Stanford, CA
• Description: A challenging three-week program focused on higher-level mathematics and problem-solving.
• Deadline: February
• Tuition Cost: $6,500 (financial aid available)

8. SIP (Science Internship Program)

• Location: University of California, Santa Cruz, CA
• Description: A summer program that offers high school students the chance to work on research projects in various scientific disciplines, with priority given to SF Bay Area students.
• Deadline: March
• Tuition Cost: $6,000 (financial aid available)

9. SAMS (Summer Academy for Math and Science)

• Location: Carnegie Mellon University, Pittsburgh, PA
• Description: A six-week program designed for students from underrepresented communities, focusing on math and science with an aim to strengthen their STEM skills.
• Deadline: March
• Tuition Cost: Free (all expenses covered)

10. HCSSiM (Hampshire College Summer Studies in Mathematics)

• Location: Hampshire College, Amherst, MA
• Description: A six-week program that offers students a chance to explore mathematics in a collaborative and rigorous environment.
• Deadline: Rolling
• Tuition Cost: $4,750

11. MathILy (Mathematics with Levity)

• Location: Bryn Mawr College, Bryn Mawr, PA
• Description: A five-week intensive program that blends advanced mathematical theory with creative problem-solving.
• Deadline: Rolling
• Tuition Cost: $5,200 (financial aid available)

12. HSHSP (High School Honors Science, Math, Engineering Program)

• Location: Michigan State University, East Lansing, MI
• Description: A seven-week program offering hands-on research experience in science, math, and engineering.
• Deadline: March
• Tuition Cost: Free (all expenses covered)

13. Clark Scholars Program

1. Location: Texas Tech University, Lubbock, TX
2. Description: A seven-week intensive research program in various STEM disciplines for highly qualified high school juniors and seniors.
3. Deadline: February
4. Tuition Cost: Free (all expenses covered)

14. Notre Dame Summer Scholars

• Location: University of Notre Dame, South Bend, IN
• Description: A two-week program where students can explore STEM fields such as biology, chemistry, and engineering.
• Deadline: February
• Tuition Cost: $3,750 (financial aid available)

15. SSRP (Simons Summer Research Program)

• Location: Stony Brook University, Stony Brook, NY
• Description: A six-week program offering students research opportunities in science and engineering.
• Deadline: January
• Tuition Cost: Free (stipend provided)

16. SIMR (Stanford Institutes of Medicine Summer Research Program)

• Location: Stanford University, Stanford, CA
• Description: An eight-week program offering hands-on research experience in biomedical sciences, with priority given to Bay Area students.
• Deadline: February
• Tuition Cost: Free (all expenses covered)

In addition to these prestigious programs, students may explore other free STEM summer programs that carry significant college admissions value. While paid programs are also widely available, those listed here offer the highest academic and experiential returns, particularly in competitive college admissions. Engaging in any of these programs allows students to deepen their STEM knowledge and demonstrate their commitment to these fields.

If these options don’t quite fit the bill, don’t worry—there are plenty of other STEM summer programs out there that might be just what you’re looking for. While the paid programs listed above are great, it’s worth noting that many high-cost STEM programs don’t always add as much to your college applications. So, why not explore some of the other top-notch programs that offer strong admissions value? Below, you’ll find a comprehensive list of the best STEM schools, complete with deadlines, descriptions, and tuition costs, so you can find the perfect fit for your summer plans.

17. PROMYS Program for Mathematics for Young Scientists 

Application Deadline: mid-March

The PROMYS program allows eighty students per summer to creatively engage in math at Boston University for six weeks. This STEM summer program engages aspiring mathematicians in number theory, problem sets, and analysis of math patterns. Not only that, students test conjectures, and defend theories, by designing mathematical proofs to develop scientific creativity. As a result, expect to attend lectures by faculty on math topics and applications thereof on developing technologies.  

Select participants are asked to return the next year for the advanced PROMYS/Clay Mathematics Institute program. Similarly, this sequel summer offers advanced seminars and research projects in topics like Algebra, Geometry, Statistical Inference, and Symmetry. So, Euclidean fans rejoice; easy as Pi and the unit circle!  

18. HSHSP High School Honors Science/Mathematics/Engineering Program 

Application Deadline: Early March

HSHSP is a seven-week, intensive residential summer research program designed for a motivated group of twenty-four students to work on a research project under the mentorship of a university researcher.

Tuition: $3,800 (covers room, board, and some instructional costs)

Selection Criteria:

• Incoming senior (at least 16 years old)
• Only US citizens and permanent residents
• Scholastic ability, maturity, evidence of interest in science, engineering, or mathematics, and completion of specified high school courses in science and mathematics
• Students must be in the upper 20 percent of high school classes and have taken at least three years of college preparatory mathematics and two or more years of science
• Submit two 400-600 word essays [See tips for writing good summer program essays here!]
• Letters of recommendation from at least two high school teachers 

Students will be required to give a presentation in their high school science class or another appropriate forum, about their research project and program experience upon returning home. Preparation of their project for a local or national science fair also will be encouraged. As a result, students gain experience communicating their scientific results.

19. SUMaC Stanford University Mathematics Camp 

Application Deadline: mid-March

SUMaC offers intensive study in advanced mathematics for talented rising high school juniors and seniors. Plus, SUMaC accepts from around the world, so international students can apply!

SUMaC offers two STEM summer courses called Program I and Program II, with unique topics for each course. Students are enrolled in just one program during the summer, and the two programs allow students to potentially return for a second summer. This program is known for fostering a welcoming, enthusiastic environment among the student attendees.

1. Program I: Abstract Algebra & Number Theory
2. Program II: Algebraic Topology

20. SSP The Summer Science Program

Application Deadline: Late February

This program is ideal for those who want to conduct research in Astrophysics or Biochemistry. 

The 39-day program operates under the idea that today’s high school students will be inventors of the future—scientists and engineers, doctors and entrepreneurs. Moreover, the Summer Science Program (aka SSP) aims to nurture the potential of such students by providing mentors, challenging work, like-minded peers, and developing confidence.  

The program engages hands-on experimental science working in teams of three to complete research projects, and collecting and analyzing data, with room for field trips and lectures, too. 

2020 Planned Camps

• Astrophysics at New Mexico Tech
• Astrophysics at CU Boulder
• Biochemistry at Purdue Univ.
• Biochemistry at Indiana Univ.

Check the sites each year for the most updated campus details.

21. SIP Science Internship Program (priority given to SF Bay Area students) 

Application Deadline: Late March

SIP is a ten-week (two weeks online, eight weeks in-person) research internship program for high school students. The UCSC campus and UCSC faculty, graduate students, and post-doctoral researchers host the program. Attending students jump into ongoing research at UCSC.

Students must be at least 14 years of age on the program start date in June and be current high school students to apply. Additionally, SIP interns are usually rising seniors in the summer between junior and senior years.  

Unlike most of the other summer programs on the list, this program is not free to attend. Nonetheless, financial aid for qualifying students is available. Without aid, however, the program costs $4,000 to attend; plus, the additional cost of optional dormitory housing.  

Interested students should demonstrate a high level of interest in a specific research topic, eagerness to learn new concepts, and demonstrate analytical thinking. 

22. SAMS Summer Academy for Math and Science at CMU

Application Deadline: mid-March

The Summer Academy for Math and Science (SAMS) provides opportunities for students from underrepresented communities to explore STEM fields and earn college credit. This program does have varying associated costs.    

The program allows students to develop a deeper understanding of areas such as mathematics, biology, physics, and computer programming via traditional classroom instruction, hands-on projects, and engagement activities to foster collaboration. The program aims to strengthen student commitment to entering STEM career fields, improve diverse representation in those fields, and introduce lifelong mentors. 

23. Mathly Math With Levity at Bryn Mawr College 

Application Deadline: Late April

Mathly provides five weeks of inquiry-based learning from June to August. Students apply to qualify for either program MathILy, or MathILy-Er, depending on their demonstrated academic level. The two programs admit students with different degrees of mathematical experience. In other words, MathILy-Er prepares students for MathILy and other selective summer math programs.  

Class is in session seven hours per day, six days per week, and is led by an Instructor who is a mathematician with a Ph.D. Initially, the first two weeks of class cover foundational topics like combinatorics, graph theory, affine geometry, theoretical linear algebra, probability, and more. The third week, however, is termed Week of Chaos, where suggestions for exploration guide the curriculum. The final two weeks cover the most advanced branch topics.  

24. HSHSP High School Honors Science, Math, Engineering Program Michigan

Application Deadline: Early March

This program is for high school juniors interested in working independently on detailed, focused, investigative research. This summer program has been going strong since 1958 at Michigan State University. 

The cost of the program is $3,800 including room and board, with some need-based scholarships available. 

25. California State Summer School for Mathematics and Science (COSMOS)

The California State Summer School for Mathematics and Science (COSMOS) is a four-week residential program at UC campuses, offering high school students advanced coursework and hands-on research in STEM fields. Participants engage in clusters focusing on topics like engineering, biology, computer science, and mathematics.

Application Deadline: February 1, 2024

Eligibility: Must be a current 8th to 12th-grade student with a strong interest in STEM fields.

Cost: Approximately $3,200 – $3,800 (financial aid available)

Camp Dates: 

• Session 1:
  •  July 7 – August 3, 2024 
• Session 2:
  • July 14 – August 10, 2024

Location: UC Davis, UC Irvine, UC San Diego, UC Santa Cruz, CA

Video: Nanoscience Lab Summer Institute Final Presentations

26. The Johns Hopkins University Center for Talented Youth (CTY) Summer Programs

The Johns Hopkins University Center for Talented Youth (CTY) Summer Programs offer a range of courses in STEM fields for gifted high school students. The program includes in-depth academic exploration and hands-on experiences in subjects like math, science, and engineering.

Application Deadline: January 25, 2024

Eligibility: Must be a current 7th to 12th-grade student with demonstrated academic talent.

Cost: Approximately $3,000 - $4,000 (financial aid available)

Camp Dates: 

• Session 1:
  • June 23 – July 6, 2024 
• Session 2:
  • July 7 – July 20, 2024

Location: Johns Hopkins University, Baltimore, MD

27. NASA's High School Aerospace Scholars (HAS)

The NASA High School Aerospace Scholars (HAS) program is an engaging, educational opportunity designed for high school juniors with a strong interest in aerospace and STEM fields. This program combines online coursework with an immersive, in-person experience at NASA centers. Students work on real-world aerospace challenges, engage in interactive lessons, and receive mentorship from NASA professionals.

• Application Deadline: February 1, 2024
• Eligibility: Open to U.S. high school juniors with a keen interest in aerospace, science, technology, engineering, and mathematics.
• Cost: Free of charge; students are responsible for travel expenses to the in-person session.
• Camp Dates:
  • Online Portion: Begins in March 2024
  • In-Person Session: Dates vary depending on the NASA center (typically during the summer)
• Location: Various NASA centers, including the Kennedy Space Center in Florida, Johnson Space Center in Texas, and others.

28. Georgia Tech Research Institute (GTRI) High School Research Program

The Georgia Tech Research Institute (GTRI) High School Research Program is an immersive, two-week summer program designed for high school students interested in STEM research. Held at the Georgia Institute of Technology, this program allows students to engage in hands-on research projects, explore various STEM fields, and work closely with researchers and professionals at GTRI. Participants will gain experience in fields such as engineering, robotics, cybersecurity, and more.

Application Deadline: April 15, 2024

Eligibility: Must be a current 9th to 12th-grade student with a strong interest in STEM fields and a minimum GPA of 3.0.

Cost: Approximately $1,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 10 – June 21, 2024
• Session 2:
  • June 24 – July 5, 2024

Location: Georgia Institute of Technology, Atlanta, GA

29. UCLA Precollege Science and Engineering Program

The UCLA Precollege Science and Engineering Program is a dynamic summer opportunity designed for high school students interested in STEM. This program provides an immersive experience in various science and engineering disciplines through engaging coursework and hands-on labs. Students will explore topics such as robotics, bioengineering, environmental science, and computer programming, gaining valuable insights into these fields and preparing for future academic and career paths.

Application Deadline: April 15, 2024

Eligibility: Open to current 9th to 12th-grade students with a keen interest in science and engineering.

Cost: Approximately $3,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 24 – July 19, 2024
• Session 2:
  • July 22 – August 16, 2024

Location: UCLA Campus, Los Angeles, CA

30. University of Chicago's Research in the Biological Sciences (RiBS)

The University of Chicago's Research in the Biological Sciences (RiBS) program is a four-week residential summer research program for high school students interested in the biological sciences. Participants work closely with University of Chicago researchers on cutting-edge projects and gain hands-on experience in laboratories. The program includes workshops, lectures, and opportunities to present research findings.

Application Deadline: March 15, 2024
Eligibility: Open to current 10th to 12th-grade students with a strong interest in biology and research.
Cost: Approximately $4,000 (financial aid available)
Camp Dates:
July 1 – July 26, 2024
Location: University of Chicago, Chicago, IL

31. University of Pennsylvania Pre-College Program

The University of Pennsylvania Pre-College Program offers high school students a dynamic summer experience, with opportunities to explore a variety of STEM fields. This program provides a rigorous academic environment where participants can engage in hands-on projects and coursework across different STEM disciplines, including engineering, mathematics, and computer science. Students benefit from Penn's world-class faculty and facilities while gaining valuable insights into college life and career paths.

Application Deadline: May 1, 2024

Eligibility: Open to current high school students (grades 9-12) with strong academic performance and a keen interest in STEM fields.

Cost: Approximately $4,000 - $5,000 (financial aid options available)

Camp Dates:

• Session 1:
  • June 24 – July 12, 2024
• Session 2:
  • July 15 – August 2, 2024

Location: University of Pennsylvania, Philadelphia, PA

32. Harvard Pre-College Program

The Harvard Pre-College Program is an immersive summer experience designed for high school students eager to explore advanced subjects in STEM fields. This program offers students the opportunity to take college-level courses, engage in hands-on projects, and participate in research activities. Students benefit from Harvard’s renowned faculty and resources while gaining valuable insights into various STEM disciplines.

Application Deadline:
March 1, 2024

Eligibility:
Current 9th to 12th-grade students with strong academic records and a keen interest in STEM fields.

Cost:
Approximately $6,000 - $7,500 (financial aid available)

Camp Dates:

• Session 1:
  • June 24 – July 12, 2024
• Session 2:
  • July 15 – August 2, 2024

Location:
Harvard University, Cambridge, MA

33. University of Virginia Pre-College Program in Science and Engineering

The University of Virginia Pre-College Program in Science and Engineering offers high school students an immersive experience in STEM fields through lectures, hands-on labs, and research projects. Participants will engage in advanced coursework in engineering, computer science, and physical sciences, guided by UVA faculty and researchers.

Application Deadline: April 1, 2024

Eligibility: Current 9th to 11th-grade students with a demonstrated interest in science and engineering.

Cost: Approximately $2,500 (financial aid available)

Camp Dates:

• Session 1:
  • June 24 – July 12, 2024
• Session 2:
  • July 15 – August 2, 2024

Location: University of Virginia, Charlottesville, VA

34. Carnegie Mellon University's Pre-College Programs

The Carnegie Mellon University's Pre-College Programs offer high school students a unique opportunity to engage in advanced coursework and hands-on experiences in various STEM fields. These programs provide students with the chance to work with top faculty and researchers, exploring subjects such as robotics, computer science, and engineering. Participants also benefit from workshops, lectures, and collaborative projects designed to deepen their understanding and skills.

Application Deadline: February 15, 2024

Eligibility: Open to current high school students, typically grades 9-12, with a strong interest and background in STEM subjects.

Cost: Approximately $3,500 - $4,000 (financial aid and scholarships available)

Camp Dates:

• Session 1:
  • June 24 – July 19, 2024
• Session 2:
  • July 22 – August 16, 2024

Location: Carnegie Mellon University, Pittsburgh, PA

35. University of Michigan's Michigan Math and Science Scholars (MMSS)

The Michigan Math and Science Scholars (MMSS) program at the University of Michigan offers a rigorous and immersive experience for high school students passionate about STEM. This program spans two weeks and provides participants with the opportunity to engage in advanced coursework and hands-on projects in mathematics and science. Students work closely with faculty members and researchers on real-world problems, gaining valuable insight into STEM careers.

Application Deadline: March 1, 2024

Eligibility: Open to high school students entering grades 9 through 12 who demonstrate a strong interest and aptitude in mathematics and science.

Cost: Approximately $2,500 (financial aid available)

Camp Dates:

• Session 1:
  • June 16 – June 29, 2024
• Session 2:
  • July 7 – July 20, 2024

Location: University of Michigan, Ann Arbor, MI

36. Purdue University Pre-College Programs

The Purdue University Pre-College Programs offer high school students an opportunity to explore STEM fields through immersive, hands-on experiences. The programs include courses and workshops in engineering, computer science, and mathematics, designed to provide students with a comprehensive understanding of these fields. Participants engage in collaborative projects and gain insights from Purdue faculty and industry professionals.

Application Deadline: April 1, 2024
Eligibility: Open to current 9th to 12th-grade students with a strong interest in STEM subjects.
Cost: Approximately $2,000 - $3,000 (financial aid available)
Camp Dates:

• Session 1:
  • June 10 – June 21, 2024
• Session 2:
  • July 8 – July 19, 2024

Location: Purdue University, West Lafayette, IN

37. University of California, San Diego (UCSD) Pre-College Programs

The University of California, San Diego (UCSD) Pre-College Programs offer high school students an opportunity to engage in rigorous STEM coursework and research experiences. These programs provide a hands-on learning environment, where students can explore various fields including engineering, computer science, biology, and environmental science.

Application Deadline: March 15, 2024

Eligibility: Open to high school students currently in grades 9-12 with a strong interest in STEM subjects and academic excellence.

Cost: Approximately $2,500 - $3,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 24 – July 19, 2024
• Session 2:
  • July 22 – August 16, 2024

Location: University of California, San Diego, CA

38. Stanford University's Pre-Collegiate Studies

Stanford University's Pre-Collegiate Studies offers an array of summer programs designed to engage high school students in advanced STEM topics through immersive, hands-on experiences. Programs include courses in fields such as artificial intelligence, bioengineering, computer science, and advanced mathematics. Participants benefit from Stanford's world-class faculty and facilities, fostering both academic growth and personal development.

Application Deadline: Varies by program (typically in March)

Eligibility: Open to current high school students with a demonstrated interest and aptitude in STEM subjects. Specific programs may have additional requirements.

Cost: Varies by program, generally ranging from $4,000 to $6,000 (financial aid options available)

Camp Dates:

• Session 1:
  • June 17 – July 12, 2024
• Session 2:
  • July 15 – August 9, 2024

Location: Stanford University, Stanford, CA

39. University of North Carolina at Chapel Hill’s (UNC) Science and Engineering Program

The University of North Carolina at Chapel Hill’s Science and Engineering Program is a four-week residential program designed for high school students interested in STEM fields. This program provides an immersive experience in science and engineering through hands-on projects, lectures, and research opportunities. Participants explore topics such as engineering principles, scientific research methods, and cutting-edge technologies.

Application Deadline: April 15, 2024

Eligibility: Open to current 9th to 12th-grade students with a demonstrated interest in science and engineering.

Cost: Approximately $2,500 - $3,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 10 – July 5, 2024
• Session 2:
  • July 8 – August 2, 2024

Location: University of North Carolina at Chapel Hill, Chapel Hill, NC

40. University of Texas at Austin's Texas Pre-Freshman Engineering Program (PREP)

The Texas Pre-Freshman Engineering Program (PREP) at the University of Texas at Austin is a summer program designed to prepare high school students for engineering careers. The program offers a comprehensive experience including college-level coursework, hands-on engineering projects, and mentorship opportunities. Participants gain valuable skills and knowledge in various engineering disciplines, enhancing their readiness for college-level studies and future careers in STEM fields.

Application Deadline: April 1, 2024

Eligibility: Open to current 8th to 12th-grade students with a demonstrated interest in engineering and strong academic performance.

Cost: Approximately $2,500 (financial aid available)

Camp Dates:

• Session 1:
  • June 10 – July 12, 2024
• Session 2:
  • July 15 – August 16, 2024

Location: University of Texas at Austin, TX

41. University of Illinois Urbana-Champaign’s Summer Pre-College Program

The University of Illinois Urbana-Champaign’s Summer Pre-College Program offers high school students an opportunity to explore STEM fields through immersive coursework and hands-on experiences. The program includes various tracks in engineering, computer science, and other STEM disciplines, designed to prepare students for college-level studies and future careers.

Application Deadline: March 1, 2024

Eligibility: Open to current 9th to 12th-grade students with a strong interest and aptitude in STEM subjects.

Cost: Approximately $2,500 - $3,000 (financial aid options are available)

Camp Dates:

• Session 1:
  • June 17 – July 12, 2024
• Session 2:
  • July 15 – August 9, 2024

Location: University of Illinois Urbana-Champaign, IL

Video: STEM Summer Camps at NIU

42. Duke University’s Pre-College Program

Duke University’s Pre-College Program offers high school students an opportunity to engage in a variety of STEM courses and enrichment activities during the summer. The program provides an immersive experience in subjects such as engineering, computer science, and biological sciences, with a focus on both theoretical and practical aspects. Students benefit from interactive classes, research opportunities, and exposure to university-level academic environments.

Application Deadline: April 1, 2024

Eligibility: Open to current high school students in grades 9 through 12 with a strong interest in STEM fields.

Cost: Approximately $3,500 - $4,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 23 – July 12, 2024
• Session 2:
  • July 14 – August 2, 2024

Location: Duke University, Durham, NC

Video: Duke Summer Session for High School Students

43. Washington University in St. Louis’ Pre-College Program

The Washington University in St. Louis’ Pre-College Program offers high school students a unique opportunity to explore STEM fields through a variety of engaging courses and hands-on experiences. This program provides an immersive educational environment, allowing participants to delve into subjects such as engineering, computer science, biology, and chemistry. Students gain valuable exposure to university-level coursework and research projects, guided by experienced faculty members.

Application Deadline: April 15, 2024

Eligibility: Open to current high school students entering grades 10 through 12 with a demonstrated interest in STEM disciplines.

Cost: Approximately $2,500 - $3,000 (financial aid and scholarships available)

Camp Dates:

• Session 1: June 17 – July 5, 2024
• Session 2: July 8 – July 26, 2024

Location: Washington University in St. Louis, Missouri

44. Yale Young Global Scholars (YYGS)

The Yale Young Global Scholars (YYGS) program is a prestigious summer program at Yale University designed for high school students from around the world. The program provides an opportunity for students to explore various fields through intensive coursework, interdisciplinary learning, and collaborative projects. YYGS offers several sessions, each with a unique focus, including STEM, social sciences, and humanities, aiming to prepare students for leadership roles and global impact.

Application Deadline: January 12, 2024

Eligibility: Open to current high school students (grades 10-11) who demonstrate academic excellence and a passion for global issues.

Cost: Approximately $6,000 - $7,000 (financial aid available)

Camp Dates:

• Session 1:
  • July 14 – July 27, 2024
• Session 2:
  • July 28 – August 10, 2024

Location: Yale University, New Haven, CT

45. Princeton University’s Summer Journalism Program

The Princeton University Summer Journalism Program is a rigorous two-week residential program designed for high school students interested in journalism. The program provides intensive training in reporting, writing, and multimedia storytelling. Participants engage in workshops, seminars, and hands-on projects, gaining practical experience and insights into the field of journalism.

Application Deadline: April 15, 2024

Eligibility: Open to rising juniors and seniors in high school with a demonstrated interest in journalism. Applicants should have strong writing skills and a passion for storytelling.

Cost: Approximately $2,000 (financial aid available)

Camp Dates: July 14 – July 27, 2024

Location: Princeton University, Princeton, NJ

46. University of Wisconsin-Madison's Pre-College Program

The University of Wisconsin-Madison’s Pre-College Program offers high school students an immersive experience in STEM fields through specialized coursework and hands-on projects. This summer program provides an opportunity to explore various STEM disciplines, engage in research activities, and gain valuable insights into college-level education. Students will participate in workshops, lectures, and collaborative projects that emphasize critical thinking and problem-solving skills.

Application Deadline: April 15, 2024

Eligibility: Open to current 9th to 12th-grade students with a strong interest in STEM subjects. Applicants are selected based on academic performance and interest in the program.

Cost: Approximately $2,500 - $3,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 24 – July 12, 2024
• Session 2:
  • July 15 – August 2, 2024

Location: University of Wisconsin-Madison, Madison, WI

47. University of California, Irvine (UCI) Pre-College Programs

The University of California, Irvine (UCI) Pre-College Programs offer high school students an immersive experience in STEM fields through a variety of specialized summer courses. These programs provide students with the opportunity to engage in hands-on learning and research projects under the guidance of UCI faculty and industry professionals. Programs cover a range of STEM subjects, including engineering, computer science, biological sciences, and environmental sciences.

Application Deadline: April 15, 2024

Eligibility: Open to high school students in grades 9 through 12 with a strong interest in STEM disciplines.

Cost: Approximately $2,500 - $3,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 24 – July 12, 2024
• Session 2:
  • July 15 – August 2, 2024

Location: University of California, Irvine, CA

48. Northwestern University's Pre-College Program

Northwestern University's Pre-College Program offers high school students a unique opportunity to explore various STEM fields through intensive coursework and hands-on experiences. This summer program provides a glimpse into college life while focusing on subjects such as engineering, computer science, and natural sciences. Students engage in research projects and attend lectures from leading faculty members.

Application Deadline: April 15, 2024

Eligibility: Open to current high school students (grades 9-12) with a strong interest in STEM subjects and a desire to experience college-level coursework.

Cost: Approximately $4,500 - $5,500 (financial aid and scholarships available)

Camp Dates:

• Session 1: 
• June 16 – July 12, 2024
• Session 2: 
• July 14 – August 9, 2024

Location: Northwestern University, Evanston, IL

49. California State University, Long Beach (CSULB) Pre-College Programs

The California State University, Long Beach (CSULB) Pre-College Programs offer high school students the chance to explore various STEM fields through intensive summer courses. These programs provide hands-on experiences, coursework, and exposure to cutting-edge technologies and research. Students can choose from a range of STEM topics including engineering, computer science, and biological sciences.

Application Deadline: March 1, 2024

Eligibility: Open to current 9th to 12th-grade students with a demonstrated interest in STEM.

Cost: Approximately $2,500 - $3,000 (financial aid available)

Camp Dates:

• Session 1:
  • June 17 – July 12, 2024
• Session 2:
  • July 15 – August 9, 2024

Location: California State University, Long Beach, CA

Actions speak louder!

You may feel nervous about applying to colleges as a prospective STEM major. In fact, you may want to maximize your summer extracurricular impact to gain the best experience possible… while also standing out in the college admissions process. If you’re trying to find some perfect kind of exciting intellectual activity to keep you busy, Empowerly is here to help!

This summer, engage in anything that can help you build your story with a focus. Therefore, your summer research plans should align with a focused extracurricular story about a specific passion or talent that you seek to present to college admissions readers.  

For instance, if you are interested in neuroscience, then you should participate in a relevant summer activity. While STEM programs for high schoolers might not be on your radar, it’s important to use this time wisely. For example, you could pursue a summer research program, neuroscience courses at a community college, or preparation for a Brain Bee competition.

This article is specifically tailored to students building a story in STEM (science, technology, engineering, mathematics). In particular, STEM encompasses hard sciences like physics, chemistry, and geology. It also cross-disciplinary fields and majors like biomedical engineering and chemical engineering, computer science, statistics, and applied math… to name a few.

In the meantime, below are some of the top STEM summer programs for high school students in the US. That is to say, these pack the biggest admissions punches for STEM-focused applicants, intending to declare a STEM major. To clarify, most of the programs on the list are free to attend if selected; whereas the STEM programs for high school students that come with a cost are denoted with: ($).  

How to Land the Best STEM Summer Camps

Applying to summer programs is similar to applying to colleges. Similarly, you should apply for reach, target, and safety programs. Keep in mind that the programs listed above are reach programs for every student, so you should also apply for some target or safety summer programs to hedge your bets. Compiling a plan for your applications is the first step to securing great STEM summer programs in high school.

Science camps for high school students and other STEM summer programs play a crucial role in shaping the future of young minds and cultivating a strong interest in science, technology, engineering, and mathematics. These programs provide a unique opportunity for students to delve into the world of STEM through engaging activities, hands-on experiments, and interactive workshops. Science camps for high school students foster a love for learning and exploration, helping students develop critical thinking, problem-solving, and analytical skills that are essential in STEM fields.

A science camp for high school students or a summer academy for math and science creates an immersive and supportive environment where students can explore various STEM disciplines. These programs offer a comprehensive curriculum that covers subjects like physics, biology, chemistry, and computer science, exposing students to a wide range of scientific concepts and theories. By participating in STEM summer programs, high school students can gain a deeper understanding of these subjects and develop a solid foundation for future academic pursuits.

STEM summer programs for high school students provide invaluable hands-on experience that goes beyond what traditional classroom settings can offer. Through laboratory experiments, research projects, and practical applications, students get the opportunity to apply theoretical knowledge in a real-world context. 

This experiential learning approach fosters creativity, innovation, and problem-solving skills, preparing students to tackle complex challenges in STEM fields. Additionally, the collaboration and teamwork involved in STEM summer programs help students develop interpersonal skills and the ability to work effectively in group settings.

High school summer science programs also serve as a stepping stone for future academic and career opportunities in STEM. These programs provide exposure to cutting-edge research, industry practices, and the latest advancements in STEM fields. Students can interact with experts, scientists, and professionals, gaining valuable insights and mentorship. 

Participation in STEM summer programs can enhance college applications, showcasing a student’s dedication, passion, and motivation to pursue a STEM-related education and career. It demonstrates a proactive approach to learning and sets students apart as well-rounded individuals who have actively sought opportunities to expand their knowledge and skills in STEM disciplines.

For tips about engaging in self-directed summer research activities instead of program attendance, see this article.  There are plenty of options available for students outside of traditionally-structured STEM summer programs, but they may require more work to set up at first. Your best bet to planning a productive summer is to start searching early, no matter what route you plan to pursue.

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Bonus Read: 25 Best Colleges for STEM Majors in the U.S. By Region

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Artificial intelligence is one of the fastest-growing sectors of the technology industry. The U.S. Bureau of Labor Statistics estimates that career openings in the United States in the AI field will likely increase by more than 35% from 2021 to 2031. Software developer jobs relating to AI are projected to increase by 26% by that same year. 

If you’re interested in studying artificial intelligence for your career, it will help to know about some of the best colleges to learn AI coding and programming. You must also ensure that your college applications contain everything admissions staff look for in students, as admission to these schools is extremely competitive.

What Exactly Is Artificial Intelligence?

AI is already all around us. It essentially involves training machines to “think” like humans and mimic many of our unique functions. The term “artificial intelligence” can also be used to describe any machine that works in ways that are similar to the human mind.

Some examples of artificial intelligence that are very common today include:

• Facial recognition software
• Robotic vacuum cleaners
• Voice-activated smart assistants like Alexa and Siri
• Self-driving vehicles

The demand for AI professionals is growing as AI becomes faster, smarter, and more accurate. Even services like Netflix and Amazon Music use AI when they suggest songs and movies you may like based on what you’ve previously watched or listened to.

Students at the best colleges to learn artificial intelligence study to prepare for careers in industries that use AI, such as:

• Healthcare
• Financial services
• Media
• Government
• Marketing
• The military
• Entertainment
• Gaming
• National security
• Technology
• Retail

The job skills required for positions in the artificial intelligence industry include analytical skills, knowledge of algorithms, mathematics, and programming language proficiency, among others.

What Factors Determine the Best Colleges to Learn AI?

Hiring managers today typically require at least a bachelor’s degree in basic computer technology for entry-level positions. However, companies increasingly require a degree in artificial intelligence for employment consideration. 

If you’re interested in attending one of the best colleges to learn AI programming and coding, you’ll quickly find that AI is a multiple-disciplinary field. From cognitive science to courses that provide a conceptual framework for AI applications, many different subjects are involved with studying artificial intelligence.

The best colleges to learn AI coding and programming have dedicated programs for earning degrees specifically in AI. These schools provide instruction in subjects like math, statistics, computer science, and AI-specific skills and disciplines that include:

• Learning algorithms
• Information theory
• Neural networks for machine learning
• Deep learning
• Computer vision and image analysis
• Inference
• AI representation
• Problem-solving
• Natural language processing

In addition, the best colleges to learn AI will offer courses in functional programming, software development, linear transformations, modern regression, and many others. Once you master the basics, you can explore the specific field that piques your interest and shape your coursework accordingly.

Some of the top schools for AI also offer courses in fields that teach specific applications for AI, like neuroscience, healthcare, and biology. Some even advertise courses in specialized AI subjects, such as:

• Autonomous agents
• Robotic manipulation
• Human-robot interaction
• Information retrieval
• Neural computation
• Speech processing
• Strategic reasoning for AI
• Text mining
• Robot kinematics
• Robot dynamics
• Designing human-centered systems
• Cognitive robotics

The most renowned AI-teaching institutions have built tracks for students interested in learning new skills for a career in this field. Supplemental programs can help students expand and build on their existing skills.

What are the Best Colleges to Learn Artificial Intelligence?

With the demand for AI professionals with AI skills soaring, the number of educational institutions offering courses in the arena is growing rapidly. The following are some of the best colleges to learn AI coding and programming.

Carnegie Mellon University

In addition to being the top-ranked school for AI degrees, Carnegie Mellon, located in Pittsburgh, PA, is also ranked as a leading college for programming language, theory, systems, and computer science.

Carnegie Mellon University was founded in 1900. It has an acceptance rate of just 13% and an undergrad enrollment of slightly over 7,300, to give you an idea of its exclusivity.

The University of California, Berkeley

The University of California, Berkeley, ranks as one of the top schools in the nation for cell biology, neuroscience, microbiology, genetics, and AI. Moreover, several of its chemistry programs are ranked number one in the country by U.S. News & World Report, including theoretical, inorganic, and physical chemistry.

UC-Berkely’s admissions rate was 27% in 2022. The school is currently home to more than 45,000 students.

The University of Washington

Located in Seattle, the University of Washington offers a robust set of courses that are critical for artificial intelligence students. Ranked #7 in U.S. News & World Report’s list of the best colleges to learn AI programming and coding, UW is noteworthy for a wide variety of programs and specialties (and is officially ranked for more than a dozen).

The University of Washington has an undergraduate enrollment of 32,244 and an acceptance rate of 55%.

Massachusetts Institute of Technology

It may come as no surprise that MIT is on the list of the best colleges to learn artificial intelligence since it’s constantly ranked as one of the best tech universities in the world. MIT offers numerous AI courses, along with several programs meant to complement the AI field, including cell biology, neuroscience, computer science, and physics.

Located in Cambridge, MA, the college has an acceptance rate of just 3.96% and just under 12,000 students on campus, both graduate and undergraduate.

Stanford University

The pride and joy of Stanford, CA, is Stanford University, another of the best colleges for majoring in artificial intelligence. Stanford is world-famous for its biological sciences and AI and bioinformatics programs.

Stanford has one of the lowest acceptance rates in the country, which currently stands at a mere 3.68%. Just under 17,000 graduate and undergraduate students attend this elite college.

Cornell University

Cornell University is located in Ithaca, New York. In addition to taking a top spot for the best AI colleges, it also ranks high in ecology and evolutionary biology. The prestigious university holds over a dozen other rankings for subjects like genetics, cell biology, and genomics.

Cornell hosts 22,000 students, but the competition to get in is fierce, with an acceptance rate of just 8.7%.

Purdue University

The home of the Boilermakers is also one of the top-ranking colleges for majoring in artificial intelligence, which is only natural, given its rich history and prestige as a leading STEM university.

Along with AI, Purdue, located in West Lafayette, Indiana, also ranks in analytical chemistry, biological sciences, computer science, programming, systems, and other related courses of study. It has an acceptance rate of 68.8%, with some 41,570 students enrolled.

The University of Illinois Urbana-Champaign

Also making the list of the top 10 schools for AI is UI-UC, located in Urbana, Illinois. This school earns superior rankings in several programs year after year, including theory, computer science, and programming language. 

There are 34,500 undergrads and more than 20,000 graduate students from all 50 states and 126 countries at this top AI school, whose acceptance rate is just under 60%.

Georgia Institute of Technology

Atlanta is home to the Georgia Institute of Technology, which has an AI program that ranks #6 in U.S. News & World Report’s list of the top schools for artificial intelligence. It also ranks high for many of its other programs, including chemistry, biological sciences, computer science, programming, and Earth sciences.

Georgia Tech is a tough school to get into, having an acceptance rate of 16%. It’s attended by roughly 27,000 undergraduate and graduate students.

University of Texas at Austin

As one of the largest universities in the nation, UT-Austin is also one of the best AI colleges in the country. Renowned for its evolutionary biology, chemistry, data science, and computer science programs, the university ranks in the top 10 colleges for AI in the U.S.

More than 52,000 students are enrolled at the University of Texas at Austin. The school’s acceptance rate is around 29%.

Choosing the Best College for AI for You

If you excel in AI-targeted courses, participate in an AI scholar program, or are passionate about STEM, any of the aforementioned institutions will allow you to launch a successful career.

That said, not all of the top AI colleges are alike; some are small, private schools, while others are large, public ones, and each offers unique benefits that may or may not suit your personality, needs, and passion.

With that in mind, it’s wise to start researching your options early in your high school career to ensure that you have all the information you need to choose the best university for you.

The post The Best Colleges to Learn Artificial Intelligence appeared first on Empowerly.

Are you curious about video game design as a career option? Let’s talk about what that pathway looks like for you! There are plenty of potential jobs in the video game industry. In fact, the industry is growing at a rather impressive rate, generating $155 billion in revenue in 2020 alone. What’s more, experts also “predict the industry will generate more than $260 billion” in revenue by 2025. So for those of you curious about how video games get made—read on.

What Is Game Design? 

The industry of video game design includes a variety of technical disciplines. These professions range from concept art to user interface and design, and beyond. Each of these disciplines contains specialties, each of which ideally contributes to a successful, enjoyable video game product. As a result, job opportunities are out there for students motivated to learn computer science and technology for a unique and creative career! 

Do you know a teen who can spend hours on end playing video games? Students who enjoy playing and modifying games in their free time can channel that creativity into a science and technology-based major.

Job Sectors, Titles

Though this is not a comprehensive list, we’ve collected a number of common job titles in the video game industry for you to browse!

• Retail Sales Associate
• Technical Support Specialist
• Artist
• Animator
• Audio Engineer
• Writer
• Producer
• Designer
• Developer
• Sales Representative
• Marketing Manager
• Market Research Analyst
• Programmer
• Game Tester
• And more… 

Computer Science Skills In Demand

Digital, virtual platforms are gaining speed for video conferencing and remote work. Due to this growth, computer science and engineering students are graduating at a time when their skills are in high demand. In addition to the fact that younger generations are increasingly familiar with digital technology, video games are reaching a wider and wider audience demographic in recent years. Today, all students need at least some computer literacy, but those with advanced understanding can also secure a well-paid career.  

Press Play

Next, let’s address how to get started along this exciting career path. For starters, you’ll want to gain as much knowledge as you can about the industry by reading articles (like the one you’re currently reading!). We’d also recommend middle and high school students seek out chances to…

1. Take online courses. Whether through Coursera, Khan Academy, or Codeacademy, finding a worthwhile DIY course to gain foundational knowledge is a great first step.
2. Choose summer activities. We know it’s hard to balance everything you want to do on top of your school schedule, sports, rehearsals, and anything else you need to get done! However, summer provides a rare opportunity to branch out and dive into your interests more fully. 
3. Plan your college list. Start thinking about your strategy now! Starting early means you can take time to build a strong portfolio you’re proud of, and to ensure you meet the necessary requirements. 

Need a boost to get started? Don’t worry, Empowerly is here to support you throughout this pivotal time. High school students seeking to apply to US colleges and universities can begin with a few suggestions, below. 

Undergraduate Programs with Video Game Design and Related Majors

Do some research on whether you might be a good fit for each of these schools and vice versa. For instance, visit the department pages, read about the faculty, and see what kind of projects current students are working on. 

• Pratt Institute – Brooklyn, NY
  • Graphic Design Illustration
  • Game Design and Interactive Media
• American University – Washington, DC
  • Graphic Design
• Syracuse University – Syracuse, NY
  • Graphic Design
  • Information Technology, Design, and Startups
• Rochester Institute of Technology – Rochester, NY
  • Graphic Design
  • Game Design and Development
• Michigan State University – East Lansing, MI
  • Graphic Design
  • Games and Interactive Media
• Drexel University – Philadelphia, PA
  • Game Design and Production
  • Game Design and Production with Digital Media
• The New School – New York, NY
  • Art, Media, and Technology
  • Design Technology
• Milwaukee Institute of Art & Design – Milwaukee, WI
  • Communication Design
• Ringling College of Art and Design – Sarasota, FL
  • Graphic Design
  • Game Art
  • Virtual Reality
• Thomas Jefferson University – Philadelphia, PA
  • Visual Communication Design
  • Animation and Digital Media
• School of Visual Arts – New York, NY
  • Design
  • Computer Art, Animation, and Visual Effects
• Savannah College of Art and Design – Savannah, GA
  • Graphic Design
  • Interactive Design and Game Development
• Columbus College of Art & Design – Columbus, OH
  • Game Art Design
  • Advertising and Graphic Design
• Indiana University-Bloomington – Bloomington, IN
  • Comprehensive Design
• Full Sail University – Winter Park, FL
  • Graphic Design
  • Visual Design
  • Game Design
• Maryland Institute College of Art – Baltimore, MD
  • Graphic Design
  • Game Design and Studio
• Virginia Commonwealth University – Richmond, VA
  • Graphic Design
• Western Kentucky University – Bowling Green, KY
  • Graphic Design and Advertising
  • Graphic Design
  • Game Design

Looking for more advice?

If you’re looking for more personal advice or have other questions about the college application process, Empowerly is here to help. Reach out and contact us today!

The post Unusual STEM Pathways: Video Game Design appeared first on Empowerly.

But while college education equips students and opens up potential career paths for them after graduation, there’s a lot to do before then. It is still up to the high school students and families to select a field of study and college programs that set them up for excellence. If you aren’t sure where to start, keep in mind that recent trends suggest that the STEM field now offers the most lucrative career paths. Now, interested students can count on the practical knowledge they stand to gain and the rewarding job opportunities that await them in the future.

However, choosing an ideal institution to further your college dreams may prove to be a tricky challenge, especially if you are an aspiring STEM student. Many colleges offer majors in outstanding science and engineering programs. But as we all know, having multiple options can make the selection process more difficult. College admission counseling often plays a vital role in helping students make college choices, and you can always consult expert counselors to get extra tips for your college search.

Top STEM Colleges In The Northwest 

University of Washington

The University of Washington is one of the oldest and arguably the most prestigious on the west coast. It was founded in 1861 as a public research institute in Seattle, Washington, with other branches across the states. The University of Washington is ranked the 7th best global university in the 2022 edition of Best Colleges. The college of engineering in UW offers quality academics and helps students learn technical skills in their selected discipline. The college has ten engineering programs in its system, making it one of the best northwest STEM universities.

Gonzaga University

Gonzaga University is a private Catholic university established by Joseph Cataldo in 1887. The university grants master’s and doctoral degrees, but it is best known for its undergraduate programs. Gonzaga University has several undergraduate programs within its system, and its science and engineering programs are the most outstanding.

Known as the School of Engineering and Applied Sciences, SEAS is the school’s STEM department, and it is one of the best northwest STEM programs.

Seattle University

Seattle University is a private research university in Seattle, Washington, associated with the Jesuit society. It was established in 1891, and it is the biggest private independent university in the northwest region. Seattle University is not only famous in the northwest for its size, but it is also renowned for its outstanding programs, especially in the STEM field. The college of science and engineering at Seattle University is determined to drive productivity through innovation and research. The university offers degrees in 9 STEM programs, listing it among the best universities for STEM in Washington.

Washington State University

If you want to bag a degree in any STEM major and wish to study around the Pacific Northwest, you should consider Washington State University. It is a public research university founded in 1890 in Pullman, Washington. As one of the oldest land-grant universities in the West, Washington State has come a long way, building a reputation as an elite institute with the best college for STEM programs in Pullman. The university is an R1 Doctoral University with high research activities, but it also provides practical and analytical knowledge for its students.

Oregon State University

Oregon State University is the largest and one of the oldest universities in the state. It uses its over 150 years of experience to raise capable graduates that can positively influence their societies. Oregon university has a comprehensive science and technology school that offers degrees in various STEM programs, including engineering majors. This college’s students are provided with top-level academic and practical activities that make them stand out in their chosen career paths.

Top STEM Schools In The Midwest

Case Western Reserve University

Case Western Reserve University is a private research university founded due to a formal merger between the Western Reserve University, and the Case Institute of Technology, founded by Leonard Case Jr. Both institutions were legally federated in 1967 to form the new Case Western Reserve University in Cleveland, Ohio. It was inducted into the Association of American Universities in 1969. With over 3,500 full-time academic staff, CWRU intends to provide top-quality education for its students both in and out of the classroom. Case Western Reserve is one of the top universities in the United States with great science and engineering programs, making it one of the best Midwest STEM universities.

Michigan State University

This school promotes excellence with its will to keep moving forward and make a difference through innovation and research. Michigan State University is one of the most prestigious public research institutes for higher learning in the state, and it is located in East Lansing, Michigan. The university was founded in 1855 as the Agricultural College of Michigan before it became a coeducational institution under the Morrill Act of 1862. MSU offers degrees in several outstanding majors, but it is best known for its engineering programs—which are among the most renowned in the country. Michigan State University’s College of Engineering is ranked 59th in the 2022 edition of best engineering colleges, and the university also offers some of the best Midwest STEM programs.

The University of Chicago

The University of Chicago is one of the world’s leading research universities, and it has proven to be true to this reputation with excellent academic activities. The university was established in 1890, and it has several satellite campuses across the state, with its main campus located in Chicago’s Hyde Park. The University of Chicago acknowledges that engineering, science, and technology are the major driving forces in the modern world; which is why they have outstanding STEM programs to help build young engineers and tech experts, who will go on to make a significant difference in their societies. The University of Chicago has continuously made the list of top Midwest STEM schools, and it certainly is one of the best-ranked universities in the region.

University of Cincinnati

The University of Cincinnati is a public research institute often acknowledged for its comprehensive student life and activities. In addition, the university has also proven to be academically strong, engaging its students with top-level research and practical participation. The University of Cincinnati was founded in 1819 as part of the University of Ohio system located in Cincinnati, Ohio. The College of Engineering and Applied Science at UC is known for its excellent standards for inventiveness, and it is often referred to as the birthplace of the student co-op. Specifically, their co-op program attaches students to corporate engineering organizations so they can develop valuable innovative skills. On the whole, the college ensures that its students acquire practical knowledge and experience during their time in the school. Hence, it is named among the best colleges for STEM practices, in Ohio and beyond. 

Illinois Institute of Technology

Illinois Institute of Technology is a private research university named as a result of a merger between Armour Institute and Lewis Institute in 1890. It is an R2 research university with high research activities, and it is pretty famous for the popularity of its engineering and technology colleges. These colleges promote innovation through research and exploration, and they aim at producing fine engineers and technologists that are well-equipped to solve daily engineering problems. The university is well-ranked among the universities with great STEM programs in the United States, and it is one of the best universities for STEM in the Midwest.

Top STEM Schools In The Southwest

Rice University

Rice University is a private research university established in 1912 as one of the foremost private institutions for higher learning in Houston, Texas. The university was named after its chief benefactor William Marsh Rice, after his untimely death. Rice University has a very small student body and a low student-faculty ratio of 6:1, all in a bid to ensure that its students are offered the best quality education. The university’s engineering school is called Rice Engineering, and it is dedicated to empowering young leaders who are technically sound with creative problem-solving skills. Ranked as the 12th best college for engineering, Rice University is rated among the best colleges for STEM.

The University of Texas at Austin

The University of Texas is a public research institute with excellence in academic and non-academic activities since founded in 1883. The university is located in Austin, Texas, and has been a member of the Association of American Universities since 1929. UT Austin is one of the most prestigious universities in the United States, and it comfortably ranks among the top 50 Universities in the world. As an elite university, UT Austin has one of the best southwest STEM programs, and its college of engineering is ranked the 22nd best in the country.

University of Arizona

The University of Arizona is a student-centered public university that consistently ranks high for schools with outstanding academic activities and exceptional values. The university is located in Tucson, Arizona, and it was founded in 1885 following the 13th Arizona Territorial Legislature. U of A is the oldest university in the state of Arizona, and it banks on over 100 years of experience to ensure it offers quality education to its students. The university has various colleges that offer undergraduate programs, but its college of science is the most esteemed, with three schools and 16 departments. It is one of the best schools in the United States that offer degrees in STEM majors, and it certainly is among the best southwest STEM schools.

University of Houston

The University of Houston is often referred to as a powerhouse of innovation, and it has offered extensive technological service to the city of Houston and beyond. U of H is the 3rd largest university in Texas. The Cullen College of Engineering is the school of engineering at U of H with seven departments and a reputation for excellence through technology and innovation. It is ranked among the top 100 colleges of engineering in the United States, and it is one of the best southwest STEM universities.

Tulsa Community College

As one of the newest institutions for higher learning in Oklahoma, Tulsa Community College has quickly grown into the best STEM school in the state and one of the best in the southwest region. It was established in 1970 in Tulsa, Oklahoma, and it has excellent facilities and staff, all focused on providing career-centered education for students.

Find out: 10 Tips for Finding an Independent College Counselor

Top STEM Schools In The Northeast

Massachusetts Institute Of Technology

Harvard University is a private research university dedicated to excellence in teaching, learning, and research to develop outstanding graduates and great leaders. Harvard is an Ivy League university established in 1636 in Cambridge, Massachusetts, and named after its first benefactor, John Harvard. Harvard University is an outstanding tech school, and it operates one of the best northeast STEM programs. The university ranks 2nd among national universities and the 5th best college for engineering, making it one of the best northeast STEM schools.

Harvard University

Harvard University is a private research university dedicated to excellence in teaching, learning, and research to develop outstanding graduates and great leaders. Harvard is an Ivy League university established in 1636 in Cambridge, Massachusetts, and named after its first benefactor, John Harvard. Harvard University is an outstanding tech school, and it operates one of the best northeast STEM programs. The university ranks 2nd among national universities and the 5th best college for engineering, making it one of the best northeast STEM schools.

Northeastern University

Northeastern University is an elite university that has built a reputation upon years of experience as a top research location. It is a private university established in 1898, and it has several campuses across different states and around the country. NEU is an R1 Doctoral University with very high research activities, and it is also known internationally for its STEM programs. Northeastern University’s engineering college is one of the best in the country, and the school has also proven to be tech-inclined. However, what really distinguishes the university is that over 90% of its undergraduates complete at least one co-op, making it the best-ranked university for co-op programs.

Yale University

Yale University is a prestigious university dedicated to sharing knowledge and inspiring innovation among young students. It is known for offering world-class academics through over 75 majors and 2,000 courses available in the system. Yale University is an Ivy League institution founded in New Haven, Connecticut, in 1701. The university has grown ever since and is now among the best universities on different rankings and platforms. The university also has comprehensive science and technology programs that set it apart as one of the best northeast stem schools.

Dartmouth College

Dartmouth College was established in 1769 as a private research university, and it uses its wealth of experience to bring up sound graduates and great leaders. Dartmouth is an Ivy League university located in Hanover, New Hampshire, in the New England region of the United States. It was founded by Eleazar Wheelock, and it is best known for its perfect blend of academic activities and social life. Therefore, the school has been credited for producing bright and upright citizens. Another factor that distinguishes Dartmouth College is its engineering programs which are among the best in the region. It also has other science and technology majors, making it one of the best universities for STEM.

Top STEM Colleges In The Southeast

Duke University

Duke University is one of the most respected universities in the entire United States. Hence, it is also known as one of the best in the southeastern region. The university is focused on educating young students to make a difference in society and has built a reputation of excellence in academics since it was established in 1838. Duke University is a private research university founded in Trinity by Methodists and Quakers, but it is now located in Durham, North Carolina. The university is famous for many things, among which is its engineering college known as Pratt’s School of Engineering. The engineering college is ranked the 9th best college for engineering in the United States, and it inspires students in hands-on design, data science, research, computing, and entrepreneurship. Duke University is also considered one of the best universities for STEM majors in the southeast.

The University of North Carolina at Chapel Hill

As a flagship of the University of Carolina system, the University of Carolina in Chapel Hill has excelled to great heights in academic and practical studies. It is located in Chapel Hill, North Carolina, a system that is considered the oldest institution for higher learning in the United States. UNC is not an Ivy League university, but it is often mistaken for one because of its similarly excellent standards and storied history of offering quality academics. UNC-Chapel Hill takes pride in having one of the best southeast STEM programs in its system, and the UNC Department of engineering is ranked the 24th best in the United States.

Virginia Tech

Virginia Tech is a public land-grant research institute that pays loving attention to little detail while providing top-notch academic and non-academic education for its students. Established in 1872, Virginia Tech has campuses across the state and several other countries, with its main campus located in Blacksburg, Virginia. Virginia Tech is a technical institution, and it is well known for its outstanding STEM programs. It has been listed among the top southeast STEM universities on several platforms, and it is currently ranked the 33rd best college for engineering.

Georgia Institute of Technology

Georgia Institute of Technology

As part of the University System of Georgia, the Georgia Institute of Technology has made it to the spotlight of top southeast STEM schools and is currently rated among the top 100 universities worldwide. Georgia Tech is an institute of technology founded in 1885 in Atlanta, Georgia, and it has several satellite campuses in other countries. As an institute of technology, the university offers degrees in several outstanding engineering and science majors. It has graduated several famous tech engineers over the years. Its college of engineering is ranked the 17th best in the United States — making it one of the best STEM colleges in the southeastern region.

Vanderbilt University

Formally known as Central University, Vanderbilt University was founded in 1873 as a private university located in Nashville, Tennessee. But the university was later renamed Vanderbilt University in 1877, in honor of Cornelius Vanderbilt, an American business magnate. VU is a prestigious university offering degrees in 70 majors, but it is best known as a STEM school because of the outstanding STEM programs available in its system. And its highly ranked engineering and technology programs undoubtedly include it among the best southeast STEM schools.

Explore: How to Find the Best College Advisor for You?

FAQs About STEM Colleges

Ready to turn your college admission dreams into reality? Join the 98% of students who have worked with Empowerly and been accepted into Ivy League and top 25 schools. Our college counselors are the best-rated in the country and have proven to improve college admission rates by 11x. Book your FREE consultation today. 

The post 25 Best Colleges for STEM Majors in the U.S. By Region appeared first on Empowerly.

For high school students with a passion for technology, coding, and cybersecurity, 2024 offers an array of exciting research opportunities that can set the stage for future academic and career success. From immersive programs led by industry experts to internships at leading tech companies, these opportunities provide invaluable hands-on experience and mentorship, enabling students to delve deeply into the world of computer science.

In this blog post, we will explore a variety of computer science research programs and internships available to high school students in 2024. These opportunities range from building and showcasing personal projects to learning about cutting-edge cybersecurity measures. Whether you are interested in AI, game design, or data science, there is a program that can help you develop your skills and fuel your passion for technology. Let’s dive in.

1. BlueStamp Engineering

https://bluestampengineering.com/

This program is brought to you by AI experts from Stanford University. BlueStamp’s program is an immersive program in which students take the lead by choosing both a starter and a main project to design and build. At the end of the six weeks students will be able to take their projects home and showcase them on college and job interviews. Students will also develop their own personal webpage, complete with videos and documentation detailing their journey.

• Location: Palo Alto, CA, online
• Program Length: 2 or 6 weeks
• Age Eligibility: Current 9-12th graders

Here, you can hear from the founder of the project and why he cares about students:

Video: Learning By Doing, One Engineer at a Time Robin Mansukhani at TEDxPresidio

2. Cybersecurity & Infrastructure Security Agency

https://www.cisa.gov/careers/work-rolescyber-and-it-interns

Are you curious and passionate about learning how America protects against cybersecurity threats? CISA is hiring current students enrolled in accredited educational institutions from high school to graduate level for paid cyber/IT internships. If you are a student interested in the world of cybersecurity, then CISA is THE place where you want to work. CISA works with industry and government partners to defend against today’s threats and collaborate to build a more secure and resilient infrastructure for the future.

• Location: Oakland, CA
• Program Length: Varies
• Age Eligibility: 9-12th grade

3. Georgetown Pre-College Online Program: Cybersecurity Course

https://georgetown.precollegeprograms.org/cyber

Have you or anyone you know ever experienced a cyberattack? Do you love solving complex issues? Cybersecurity is a fast-paced, exciting field that shows no signs of slowing. This course unveils how cyberspace evolved, how it opened the door for cyberattacks, and how the world of the dark web came to exist. Learn from industry experts from the FBI, CISA, and more about the vulnerabilities that exist on the web, how they’re being exploited, and how cybersecurity experts are unraveling them. See how innovations in AI are affecting cybersecurity and find out what the future entails for this field.

• Location: Online
• Program Length: 1 week, 2 weeks, or 4 weeks
• Age Eligibility: 9-12th grade

4. Girls Who Code Summer Immersion Programs

https://girlswhocode.com/programs/summer-immersion-program

Students gain the computer science skills they need to make an impact and prepare for tech careers in our free, virtual summer programs. Summer program participants get exposure to tech jobs, meet leaders in tech careers, and find community in our supportive sisterhood; all while investing in their future self.

• Location: Online
• Program Length: 2 weeks for virtual immersion; 6 weeks for self-paced
• Age Eligibility: Current 9-11th for virtual immersion, Current 9-12th for self-paced

5. iD Tech Student Camps

https://www.idtech.com/

Welcome to the original tech camp, built around your child. Students can code mobile apps. Design their own video games. Produce viral videos. Discover the secrets of cryptography. Our flagship program features 50+ innovative courses, blending world-class instruction with fun camp activities. In each week-long session, your child will explore an inspiring campus, make new friends, and build skills that last long after summer.

• Location: Various locations, online
• Program Length: 1 week
• Age Eligibility: Current 8-12th graders

Video: iD Tech Camps | Summer Courses for Kids & Teens | Coding, Robotics, Game Dev | 75+ Destinations

6. Juni Learning Coding Courses

https://junilearning.com/coding-for-kids/

Juni offers online STEAM courses in topics we all wish we could have learned in school like Coding, Storytelling, Investing, and more. Our personalized approach and student-paced curriculum isn’t your one-size-fits-all class. Instead, our instructors learn your child’s passions, work on hands-on projects, and move at a pace that keeps them engaged. Our curriculum was designed in-house by educators to cover the most important topics while engaging learners through exciting projects.

• Location: San Francisco, CA or online
• Program Length: Rolling
• Age Eligibility: All ages

7. Meta Summer Academy

https://metasummeracademy.com/

Meta (formerly Facebook) Summer Academy Externs will have the opportunity to learn about the day-to-day operations of one of the world’s leading social media networks by being part of a dynamic workforce. Externs will work closely with Facebook Mentors in their respective capacities to gain real-world work experience and on-the-job skills that will help propel them into successful careers. 

• Location: Bay Area, CA
• Program Length: 6 weeks
• Age Eligibility: Current 10th graders; must be full-year residents of the CA Bay Area.

8. Microsoft Student Internships

https://careers.microsoft.com/v2/global/en/discoveryprogram

In Microsoft’s high school internship program, students will learn a lot about the world of computer science and programming. Microsoft internships are geared toward STEM (science, technology, engineering and math) students, so if you were thinking of pursuing a degree in one of those fields, Microsoft is the place for you!

• Location: Redmond, WA
• Program Length: 4 weeks
• Age Eligibility: Current 9-12th graders; must reside in the Pudget Sound Area, WA.

Video: Microsoft Intern Experience 2023

9. Mitre Nationwide High School Student Program

https://careers.mitre.org/us/en/the-mitre-high-school-student-program

Are you a high school student who wants to expand your knowledge in the STEM fields? Our expert staff members are looking for skilled, open-minded innovators to learn from and collaborate in cutting edge research, development, engineering, and analysis projects to help make the world a safer place. As a student researcher, you will join and collaborate with our team of expert mentors who are motivated to help you realize your maximum potential.

• Location: Varies
• Program Length: 8 weeks
• Age Eligibility: Current high school students

10. National Institute of Standards and Technology Summer High School Internship Program

https://www.nist.gov/iaao/academic-affairs-office/high-school-students-ship

The Summer High School Intern Program (SHIP) is a NIST-wide summer intern program for students who will have finished their junior or senior year of high school by the start of the program and are interested in scientific research only. Students selected for this competitive volunteer program will participate in cutting-edge research at NIST, and will work closely with NIST staff scientists and engineers on a specific research problem.

• Location: Colorado or Maryland campuses
• Program Length: 8 weeks, contiguous
• Age Eligibility: 11th-12th graders

11. Polygence Pods

https://www.polygence.org/projects?tags=computer-science

Polygence is an online research academy founded by Harvard, MIT and Stanford researchers dedicated to democratizing access to research opportunities for high school students. Connect with an expert mentor online. Develop a research project. Showcase your work and passion through a publication, conference presentation or creative piece. Polygence Pods are a focused, organized exploration on popular career and research topics. You will build a foundation in your research and career goals through a structured research experience with thoughtfully designed lessons and customizable projects. You will be guided by our world-class mentors and meet like-minded peers who share your passion.

• Location: Online
• Program Length: Varies
• Age Eligibility: 9-12th graders

12. Student Science Training Program at University of Florida

https://www.cpet.ufl.edu/students/uf-cpet-summer-programs/student-science-training-program/

This is a blended (online and residential) research program for selected students entering senior year and at least 16 years old by the program start date who are considering science, medicine, math, computer science, or engineering careers. The program emphasis is research participation with a UF faculty research scientist and his or her research team. Students interested in attending the UF SSTP must possess a high level of maturity, an ability to live and learn independently, a desire to work collaboratively, and a sincere interest in research.

• Location: Gainsville, FL
• Program Length: 6 weeks
• Age Eligibility: Open to rising seniors (apply junior year)

13. UCLA Game Lab Summer Institute

https://summer.ucla.edu/program/game-lab-summer-institute/

The UCLA Game Lab Summer Institute introduces high school students to game-making as a form of artistic practice, teaching them the techniques and tools that will help them develop analog and digital games that reflect their own creative voice and vision. We now offer two versions of our institute–an in-person, residential experience, as well as a virtual/online program. Students in the program develop a solid aesthetic and technical foundation in various aspects of game design–but just as importantly, they begin learning how to express their own, personal ideas through game-making and game art.

• Location: Los Angeles, CA, Online
• Program Length: 2 weeks
• Age Eligibility: Current 9-12th graders

14. University of Chicago Data & Computing Summer Lab

https://datascience.uchicago.edu/education/summerlab/

In the program, undergraduate students (and Chicago-area high school students) are paired with a data science mentor in various domains, including: computer science, data science, social science, climate and energy policy, public policy, materials science, and biomedical research. Through this pairing the research assistant will engage with and hone their skills in research methodologies, practices, and teamwork. We encourage participation from a broad range of students, and require no prior research experience to apply.

• Location: Chicago, IL
• Program Length: 10 weeks
• Age Eligibility: Current 9-12th graders and undergraduate students

Video: UChicago Summer Undergraduate Programs

15. University of Rochester Pre-College Program: Video Game Design

https://rochesteronline.precollegeprograms.org/game-design

Ever wondered what it takes to customize your own video game? In this course, you’ll do just that. Discover how digital games are built and the skills game designers and developers use. Learn the art of storytelling and the techniques used to embed puzzles, action-adventure, and drama. See interviews with top game designers and explore careers in the field. If you are a committed gamer, a tech wiz, or someone who is intrigued with design, this course is a must.

• Location: Online
• Program Length: Multiple 2- and 4-week sessions
• Age Eligibility: For students ages 13+

16. Empowerly AI Scholars Program

https://empowerly.com/ai-scholars-program

AI is already present everywhere: in our voice-activated devices, smartphone face recognition systems, and autonomous vehicles. The potential to apply this technology for good is limitless. Our program, developed and taught by a team of alumni and graduate students from Stanford and MIT, provides guidance on initiating AI projects, pursuing AI ventures and preparing for college.You can even read a student’s firsthand experience on our blog, here!

• Location: Online
• Program Length: 25 hours, 10 sessions
• Age Eligibility: 7-12th grade

17. Empowerly Passion Project Tutoring

https://empowerly.com/passion-project-program

The Empowerly Passion Project Program helps students discover and build out their passions through a meaningful project while gaining a competitive edge in their college applications. Our student-centered curriculum approach empowers participants to identify their passions and develop a project or initiative to showcase them, such as an app, podcast, blog, Youtube channel, business, or non-profit.

• Location: Online
• Program Length: Rolling
• Age Eligibility: All ages

18. Empowerly Research Scholars Program

https://go.empowerly.com/research-internship-program

We offer a diverse range of research programs, designed to suit a range of ages and experience levels. Each Program has a Spring, Summer, Fall, and Winter session. Create an independent research paper in a pre-designed area of a mentor’s expertise. 

• Location: Online
• Program Length: All year
• Age Eligibility: 8-12th graders

19. Empowerly Startup Internship Program

https://empowerly.com/startup-internship-program

Designed to give high school & college students the opportunity to explore careers, develop professional skills, work with globally-minded companies and strengthen their resume. Choose the session that fits with your schedule; we offer fall, spring and summer startup internships. From tech startup internships to non-technical roles, there are over 40 startups to apply to.

• Location: Online
• Program Length: 3 months
• Age Eligibility: 9th grade+

Computer Science Research: Paving the Way for Future Innovators

If you’re a high school student curious about the future of technology, there’s no reason not to get involved in some capacity. After all, as we’ve seen here—there are plenty of options! 

What’s more, participating in computer science research opportunities during high school not only strengthens students' technical skills, but also fosters critical thinking, creativity, and problem-solving abilities. Regardless of whether you ultimately pursue a career in computer science, the skills will serve you well. The programs highlighted in this article offer diverse experiences, from hands-on project development and internships at top tech companies to specialized courses in cybersecurity and game design. These opportunities empower students to explore their interests, gain practical experience, and build a solid foundation for their future academic and professional endeavors.

As you consider the various programs available in 2024, remember that each experience is a stepping stone toward a promising career in technology. Embrace the chance to learn from experts, collaborate with like-minded peers, and contribute to groundbreaking projects—and most of all, don’t be afraid to ask for help. By seizing these opportunities, high school students can become the innovators and leaders of tomorrow's tech-driven world. With the right support, you can accomplish your dreams! Empowerly is here to help you thrive.

The post 19 Computer Science Research Opportunities for High School Students appeared first on Empowerly.

How did this student get started? 

As an Empowerly student, partnered with a top counselor and a team of experts to develop a meaningful strategy to make the most of the high school years. 

In addition to selecting classes and providing academic support, our team encourages all students to develop their extracurricular narrative. For some students, this means expanding their range of experiences and skills. Empowerly offers a range of extracurricular programs, like the AI Scholar Program (AISP), to launch students into independent projects.

The Beginning Steps

B shared: “My dad had actually sent me the [info about AISP], and I looked it over and I was pretty interested right off the bat. I did not know a lot about AI and I thought that it would be a good program to advance in the current [computer science] class that I’m taking at my school.

The main thing I wanted to focus on was how to apply AI to the real world and how it impacts our daily lives. One of the big things I know is that when I become an adult and I have a job, it’s most likely that AI is going to be involved with whatever I’m doing. 

I [also] wanted a basic understanding of coding and how it works, but what I was most interested in was how AI is going to affect me later in life and how much of a general understanding of AI can I get now so I could be prepared.”

The Learning Curve

This program is geared toward beginning students, in addition to those with prior computer experience. “I was not advanced whatsoever. Before [AISP], on a scale of one to ten, I was maybe at a solid two. 

I will say that it was a little intimidating at first and I did feel a little bit behind, but my teachers were so open and always reaching out to see if we had any questions. They really wanted us to understand and because the class was so small and so intimate, I was never scared to speak up when I didn’t understand what was going on. “

“In my final session after completing the course, I really got to express what my favorite [parts of the program] were and we talked about how I can relate my experience to my college major and future careers. [My counselor and I] did a short writing exercise where I jotted down the main points of what I learned and then we went over a couple of examples of how to implement that in a good short essay that could be used for college applications or summer program applications.”

Lifelong Lessons — and Memories

“It’s definitely easy to know which [class session] was my favorite. [Mid-way through the program] we had a class that focused on AI and what our world looks like right now. I specifically remember our teacher giving us a list of topics that AI is involved in and asking us to pick whichever one we wanted to explore for five minutes and come back with a summary for the class. [The topic] that caught my attention was AI and Siri. I read a really, really great article about how Siri has specific responses that are pretty questionable. These were actual responses, and I got so interested that I tried it on my phone too. […] 

That was definitely my favorite class [because it] showed how AI is applied in the real world and what it looks like for us right now. At least two to three weeks later, I was still keeping up with [the topic] so I thought it was just a great outcome that actually still resonates with me today.”

Final Project

“[My AI project] was focused on pneumonia detection. My dad’s a doctor so [I already knew about] pneumonia itself as a relative concept, but not nearly to the extent that we researched. 

The final project itself was super fun. I think that was probably one of my favorite sessions that we had because we all worked together and everybody got to use their strengths to put together our presentation. It was a very good summary of everything we learned…and it was a super productive way to close out the whole experience itself.”

Insight and Reflections

“AISP definitely got me ahead in my current computer science class, which was something that I was really hoping to get out of it. [The program] also definitely influenced how I research different careers and what my major might lead me to. This definitely shifted my focus and now I always make sure to look deeper into how aspects of AI will be tied into future job opportunities, how I could make a positive change using AI, or bring awareness to AI as well.

It gave me so much. It gave me a true understanding of what AI actually is because everybody always tells you in a couple of years a job’s not going to be there or is going to look completely different because of AI. There may be robots all around me by the time I’m 40, but how does that really affect me, and I never took it seriously. I didn’t think it was something that valuable to become knowledgeable about or focus on before, but after the AI Scholar Program, I clearly knew I was wrong. “

“You can’t always predict what’s going to happen in the future, but I do feel more prepared for what to look out for and the issues with AI currently. The bulk of what we learned was studying the many pros of AI and the many cons that not a lot of people talk about.

I think the biggest lesson that I probably got out of it was just being prepared for the future. I don’t think I’m ever going to be some sort of programmer, but I do think that AISP is such a good program to get yourself a basic understanding of how your future might be affected by AI because It will affect everybody.”

Final Thoughts: Get Involved Today!

To learn more about Empowerly’s AI Scholar Program and to sign up, visit our website at https://empowerly.com/ai-scholars-program. Curious about the other extracurricular programs we have to offer? Empowerly is here to help you reach for your potential and become your best self.

The post Empowerly AI Scholar Reaches for New Heights appeared first on Empowerly.

If you’re interested in pursuing a career in STEM, we’re here to help. Let’s look at the best STEM schools in the U.S. for women.

What is STEM?

STEM stands for science, technology, engineering, and mathematics—a quad group of fields that have achieved acronym status for their similar features and importance to today’s economy. 

Fields of study that fall under STEM include:

• Natural, physical, and life sciences
• Computer, electronics, and other technology-related disciplines
• All types of engineering
• Mathematics and fields that apply mathematical principles
• And more!

STEM is considered critical for today’s economy because graduates with these skills can fill the jobs that power our modern-day lives.

But you can’t ask “What is STEM?” without also thinking about our future. These four fields of study also power the discoveries of tomorrow, including AI, energy production, immunology, and aerospace engineering.

Graduates of STEM programs often easily find well-paying jobs with advancement opportunities. This is due to the need for their skills and the shortage of workers with advanced STEM skills and knowledge. 

What is the “STEM Gap?”

There is a gender discrepancy in STEM. Women represent only 34% of the U.S. workforce in science, technology, engineering, and math. And although women outnumber men on college campuses, men still vastly outnumber women majoring in most STEM fields. Repeating this pattern, many women choose not to pursue STEM fields out of fear of stereotype threat.

This is what is meant by the “STEM gap.” Bridging this gap is critical for innumerable reasons, in addition to economic expansion. For starters, ensuring diversity in the workplace is proven to reap financial benefits for companies, advance women’s economic empowerment, and continue scientific development.

Top STEM colleges and universities for women

In general, there are three types of top schools for women in STEM: nationally-ranked STEM schools, all-women colleges and universities, and Historically Black Colleges and Universities (HBCUs). 

The school that is best for you will ultimately depend on several factors, including your preferred field of study, the location you want, cost, university size, and university culture. The following examples will help you understand your options and ultimately find the right STEM program for you. 

Nationally-ranked STEM schools

Many of the best STEM schools in the U.S. are also simply the best schools overall. The Massachusetts Institute of Technology (MIT), for example, is ranked #1 in the country for undergraduate engineering programs, #2 in the country for undergraduate mathematics programs, and #2 in the country overall for national universities (source: U.S. News & World Report).

Examples of top-ranked STEM colleges and universities include:

• MIT
• Stanford University
• University of Washington Seattle
• Carnegie Mellon University
• Rochester Institute of Technology
• Princeton University

Attending highly-ranked colleges and universities is a near-guaranteed way to receive a quality education in whatever course of study you pursue, including STEM. 

All-women colleges and universities

Since women in STEM are underrepresented—both in the workplace and the classroom—some women in these fields might prefer to study at an all-women college or university.

All-women colleges and universities often provide increased access to career-enhancing opportunities and a more supportive learning environment than their co-ed counterparts. Here, women get all of the resources, support, lab access, and more, which, unfortunately, isn’t always the case in male-dominated spaces. 

Examples of all-women colleges and universities include:

• Mount Holyoke College
• Wellesley College
• College of Saint Benedict
• Bryn Mawr College
• Spelman College (also an HBCU)
• Mount Mary University

Students often find other advantages to choosing an all-women institution, including enhanced camaraderie, safety, and an empowering experience. 

Historically Black Colleges and Universities (HBCUs)

As women are underrepresented in STEM, so too are people of color. According to the National Center for Science and Engineering Statistics, in 2021 Hispanics represented 15% of the total STEM workforce, lower than the 19.1% of the population they represent overall. At the same time, Black workers were 9% of the STEM workforce, while overall they represent an estimated 14.4% of the U.S. population. 

Women of color report experiencing discrimination and other challenges in traditional STEM spaces. Many seek out learning environments that understand their needs and provide access to top opportunities and networks. For these reasons, in addition to all-women colleges, they often turn to HBCUs.

Examples of HBCUs include:

• Howard University 
• Morehouse College
• Spelman College (also all-women)
• Fisk University
• Bennett College (also all-women)

Why you should consider getting a STEM degree

There are many reasons why getting a STEM degree is a smart choice in today’s world. For example:

• You’ll gain access to growing and thriving career opportunities. STEM powers our present and our future. Graduates with STEM degrees will participate in an exciting job market, full of possibilities and unlikely to become obsolete. 

• These degrees give a high return on investment (ROI). A 2022 report by Georgetown University’s Center on Education found that of the top 10 degrees with the highest ROI (based on categories like median monthly earning net of debt and median debt), more than half were STEM-related fields.
  
• High-paying jobs. In 2021, the Department of Labor found that workers in STEM occupations earned a median annual salary of $95,420, while workers in non-STEM occupations earned $40,120. 

So, what is STEM good for? According to the data, it’s good for many of the things college-bound students care about. Namely, will they be able to find a good job after graduation? With STEM, the answer is more likely than not, “yes.” 

As more women in STEM are needed to fill the STEM gap in the workforce, women who succeed in these fields can find meaningful work and pride in their work to advance the role of women in today’s top jobs. 

Additional resources for women in STEM

Check out our list of the best colleges for pursuing a career in artificial intelligence.

Find a top internship for women in STEM.

If math is your passion, you’ll want to read this guide to college mathematics majors.

Before you apply to that elite STEM school, familiarize yourself with the top 5 things that shine on a college application.

The post Best STEM Schools for Women appeared first on Empowerly.

Every year, thousands of students who are interested in pursuing a career in STEM apply to attend MIT. The MIT acceptance rate is low at around 4%, placing it among the most competitive universities in the U.S.  Let’s take a look at why this school is so sought after, and why it’s considered one of the top STEM schools in the country. 

What is STEM?

STEM stands for science, technology, engineering, and mathematics—a quad group of fields that have achieved acronym status for their similar features and importance to today’s economy. 

Fields of study that fall under STEM include: the natural, physical, and life sciences, computer, electronics

• Natural, physical, and life sciences
• Computer, electronics, and other technology-related disciplines
• All types of engineering
• Mathematics and fields that apply mathematical principles

Why is STEM so important?

STEM is considered critical for today’s economy because graduates with these skills are able to fill the jobs that power our modern-day lives. Chemical engineers, web developers, software engineers, and statisticians are examples of in-demand STEM careers. STEM also powers the discoveries of tomorrow, including AI, energy production, immunology, and aerospace engineering. Graduates of STEM programs often easily find well-paying jobs with advancement opportunities due to the need for their skills and the shortage of workers with advanced STEM skills and knowledge. 

Get to know MIT

The Massachusetts Institute of Technology is a private land-grant research university located in Cambridge, Massachusetts. Founded in 1861, MIT has played an outsized role in many areas of modern science and technology.

The student body at MIT is roughly 4,600 undergraduates and 7,200 postgraduates. The MIT acceptance rate is 4%, and U.S. News & World Report ranks MIT at #2 on its list of top national universities.  

What MIT University offers its students (and alumni)

It’s not just the low MIT acceptance rate that makes MIT University an elite STEM school. The true reason for its top-tier status is in what it offers its students and alumni in terms of support for their studies and their future career and scientific pursuits. This includes features like the MIT research and science facilities as well as its distinguished alumni network. 

Here are 5 elite services you’ll find at MIT.

Distinguished faculty

When you study at MIT, you learn from the best. The professors, researchers, and other members of MIT’s faculty are among the top STEM minds in the world. Individually and collectively, they have an impressive track record of scientific discoveries, inventions, and innovations under their belts—including Nobel Prizes. 

The opportunity to study under the world’s leaders in STEM fields has value in and outside of the classroom to MIT students. It puts you on the cutting edge of the disciplines that power our modern life and offers you the chance to access jobs, connections, and research outside of MIT thanks to the faculty’s network. 

Superior research and science facilities

MIT is serious about its STEM reputation and position in the scientific world. To maintain its elite position, the university invests heavily in securing and maintaining some of the most advanced research and science facilities available. 

MIT’s research and science facilities give students space where they can explore their hypotheses and hone their STEM skills. From the MIT Laboratory for Nuclear Science to the MIT Center for Collective Intelligence, studying here provides access to industry-leading facilities, resources, and technology. 

Support for scientific discoveries

Have an idea for the next life-changing innovation? Need help testing it and bringing it to market? MIT is proud of its role in introducing new ideas, products, and technology to the world. That’s why students view MIT University as one of the best places to find support for their scientific, technological, or theoretical projects. 

From funding opportunities to an innovation hub to MIT research and science facilities to active lobbying on Capitol Hill for continued financial support for scientific endeavors, MIT has a system in place that helps students access the tools they need to bring their discoveries and inventions to the public.

Unique campus life and culture

Elite universities pride themselves on their unique campus culture and traditions, and MIT is no different. For example, MIT guarantees on-campus housing for students throughout their entire undergraduate studies. This is rare among large universities, which often can only guarantee housing for Freshmen. MIT values student collaboration, and on-campus housing facilitates daily exchange. 

Its historic campus, location on a river yet near the urban center of Boston, and its values of innovation and discovery also form part of MIT’s unique campus life and culture. 

Accomplished and active alumni network

Given its elite status in the world of STEM, it’s no surprise that MIT alumni go on to success in their lives and their careers. These alumni also share that success with current students, as mentors, job search facilitators, and funders of research. 

Famous MIT alumni include Buzz Aldrin, Shirley Ann Jackson, and I M Pei. But even those without instant name recognition have significant post-graduation achievements among them. MIT students gain the incredible opportunity to connect with leaders in STEM fields, which gives them an additional avenue for accessing career opportunities, funding support, and networking. 

Why you should consider a STEM degree from MIT

It’s clear that MIT has earned its reputation as an elite STEM school. From advanced science and research facilities to accomplished faculty and financial support for scientific pursuits, if you’re passionate about a career in STEM, you should absolutely consider pursuing a degree at MIT. 

Resources for students interested in STEM

Check out our list of the best colleges for pursuing a career in artificial intelligence.

Find a top internship for women in STEM.

If math is your passion, you’ll want to read this guide to college mathematics majors.
Before you apply to that elite STEM school, familiarize yourself with the top 5 things that shine on a college application.

The post What Makes MIT an Elite STEM School? appeared first on Empowerly.