Are you looking to follow a future within the science field? You may be surprised to hear there are many high school science internships you can participate in before you graduate to help develop valuable skills and knowledge that will follow you into your future. However, keep in mind that these internships are not just any internships, they are exclusive opportunities that only a select few get to experience. Read on to learn more about the types of science internships available and see if you qualify to apply!

Why are internships important?

High school internships are highly rewarding for several reasons. Firstly, they provide hands-on experience, allowing students to develop practical skills not typically taught in the classroom, such as technical expertise specific to a field and essential soft skills like communication, teamwork, and problem-solving. Internships also offer a chance for career exploration, helping students make more informed decisions about their future education and career paths. Additionally, these opportunities facilitate networking with professionals, which can lead to future job prospects, mentorship, and valuable guidance.

Moreover, internships enhance college applications by demonstrating a student’s initiative, dedication, and proactive approach to learning. They show that the student is serious about their future and willing to gain real-world experience. But the benefits don’t stop there. This early work experience is an investment in your future, boosting your confidence as you learn to navigate professional settings, take on responsibilities, and see the tangible results of your efforts. It also strengthens your employment resume, providing concrete examples of skills and accomplishments that set you apart when applying for jobs, scholarships, and other opportunities. Internships allow you to apply academic knowledge to real-world scenarios, reinforcing your learning and highlighting the relevance of your education.

Video: Why are Internships Important?

Want to learn more about the value of internships?

Check out these articles here:

• Internships: What and Why You Need to Know Before College
• How Empowerly's High School Internship Program Helped Me
• How High School Internships Enhance Your College Journey

Important note: While the deadlines for many of these programs may have already passed, keeping their applications in mind if you consider applying to a different cohort is essential. Since many of the applications are highly competitive, being mindful of the requirements to be considered for a spot as you progress through the school year will give you the best chance of being accepted when next year's application deadlines come around. Now, let’s get into the science internships available!

1. NASA High School Internship Program

The NASA High School Internship Program allows students to gain valuable experience while participating in real-world projects with some of the world's top scientific minds. This is not just an internship, it's a chance to contribute to real scientific research that could change the world. Students can participate in several internships, both paid and unpaid, in various sectors of the STEM field, including aeronautics, biology, health, climate change, environmental studies, and more.

Eligibility: U.S. citizens with a minimum GPA of 3.0.

Duration: 10 weeks during summer.

2. Research Science Institute (RSI) at MIT

MIT's Research Science Institute (RSI) is a prestigious summer program for high school students passionate about science and engineering. Held on the MIT campus, RSI offers a unique blend of advanced coursework, hands-on research, and mentorship from leading scientists and engineers. Throughout the program, students will attend lectures, conduct experiments, and collaborate with peers, gaining invaluable experience and insights into scientific research that will inform their future passions and aspirations.

Eligibility: High school juniors with exceptional academic records.

Duration: 6 weeks.

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

The Stanford Institutes of Medicine Summer Research Program (SIMR) is a highly competitive summer program that offers high school students the opportunity to engage in cutting-edge biomedical research at Stanford University. Over eight weeks, participants will work closely with Stanford faculty, postdoctoral fellows, and graduate students on independent research projects in cancer biology, genetics, neurobiology, and bioengineering. Through hands-on laboratory experience, students will learn advanced scientific techniques and methodologies while contributing to ongoing research!

Eligibility: High school juniors and seniors at the time of application (as of the spring of 2024) living in and attending school in the U.S.

Duration: 8 weeks.

Video: How I spent my summer: three interns, three perspectives

4. Smithsonian Internships

The Smithsonian Internship offers high school students an incredible opportunity to immerse themselves in museums, research, and cultural preservation. This program, available at various Smithsonian museums and research facilities across the United States, allows students to work alongside professionals, participate in hands-on projects, and explore their interests in history, science, art, and culture. Whether assisting with exhibitions, conducting research, or engaging with the public, interns gain valuable skills and insights that extend far beyond the classroom. 

Eligibility: High school students aged 16 and older.

Duration: Varies by program.

5. The Jackson Laboratory Summer Student Program

The Jackson Laboratory Summer Student Program offers high school students a unique opportunity to immerse themselves in cutting-edge biomedical research. Located in Bar Harbor, Maine, this program allows students to work alongside renowned scientists, gaining hands-on experience in genetics, genomics, and other areas of biomedical science. Participants conduct independent research projects, attend seminars and workshops, and engage in discussions with leading experts in the field. This immersive experience enhances students' understanding of scientific research and prepares them for future academic and professional endeavors in biomedicine.

Eligibility: High school juniors and seniors.

Duration: 10 weeks.

6. NIH High School Summer Internship Program (HS-SIP)

The NIH High School Summer Internship Program (HS-SIP) offers high school students passionate about science hands-on experience in biomedical research. Participants work alongside NIH researchers and scientists, engaging in cutting-edge research projects ranging from molecular biology to computational neuroscience. Through this immersive experience, students develop valuable laboratory skills and better understand the scientific process and potential career paths within the biomedical sciences world.

Eligibility: Junior or senior high school students 17 years of age or older on June 15, 2024

Duration: 8 weeks.

7. Marine Mammal Center Youth Crew Internship

The Marine Mammal Center Youth Crew Internship is a dynamic program for high school students passionate about marine biology and conservation. Located in Sausalito, California, the Marine Mammal Center is a leading facility dedicated to rescuing and rehabilitating marine mammals. The Youth Crew Internship allows students to work directly with these animals, gaining hands-on experience in marine mammal care and veterinary science. Interns assist with daily tasks such as feeding, cleaning, and monitoring rescued animals' health while participating in educational workshops and conservation activities.

Eligibility: High school students aged 15-18.

Duration: January through August

8. Broad Institute of MIT and Harvard Summer Research Program

The Broad Institute of MIT and Harvard Summer Research Program is an intensive and transformative experience for high school students interested in biomedical and genomic research. Students accepted into the program will work alongside leading scientists and researchers at one of the world's premier research institutions, engaging in cutting-edge research projects exploring cancer genomics, infectious disease, and computational biology. In addition to hands-on laboratory work, the program includes seminars, workshops, and networking events designed to broaden students' scientific knowledge and professional connections.

Eligibility: Be a rising senior in high school, attend a high school in MA within commuting distance to the Broad, have earned a B or better in science and math classes, and be a US citizen, permanent resident, or non-US citizen with employment authorization (,i.e., DACA)

Duration: 6 weeks.

Video: How Broad’s summer research programs have helped launched careers in STEM

9. New York Academy of Sciences Junior Academy

The New York Academy of Sciences Junior Academy is an innovative project-based learning program that empowers talented high school students worldwide to collaborate on real-world science and technology challenges. As members of the Junior Academy, students join a global online community of young innovators, scientists, and problem-solvers, working together on projects that address critical issues such as climate change, public health, and sustainable development. Through this program, participants gain access to expert mentorship, online courses, and a wealth of resources designed to enhance their research, teamwork, and critical thinking skills.

Eligibility: High school students aged 13-17.

Duration: 10 weeks.

10. Boston University RISE Internship

The Boston University Research in Science & Engineering (RISE) Internship is a prestigious program that offers high school juniors and seniors a chance to engage in university-level research. Over six weeks during the summer, participants work under the mentorship of Boston University faculty members in cutting-edge research laboratories. The RISE Internship provides a comprehensive experience where students delve into research topics such as biology, chemistry, engineering, and physics. In addition to hands-on laboratory work, interns participate in a seminar series designed to enhance their understanding of scientific methods, data analysis, and presentation skills. The program culminates in a poster session where students present their findings to the BU academic community.

Eligibility: High school juniors.

Duration: 6 weeks

Video: Research in Science & Engineering (RISE) - Internship/Practicum

11. Scripps Research Institute High School Internship

The Scripps Research Institute High School Internship is an esteemed program that offers high school students an exceptional opportunity to participate in advanced scientific research. This internship, hosted by one of the world’s leading biomedical research institutions, allows students to collaborate with top-tier scientists and researchers in cutting-edge laboratories. Throughout the program, interns are involved in hands-on research projects that explore molecular biology, chemistry, neuroscience, and drug discovery. In addition to laboratory work, students will attend seminars and workshops to enhance their understanding of scientific principles and research methodologies. The program strongly emphasizes mentorship, with experienced researchers guiding students through the complexities of scientific investigation and promoting critical thinking and problem-solving skills.

Eligibility: High school juniors and seniors attending schools within the La Jolla, San Diego area.

Duration: 8 weeks.

12. NOAA High School Internship Program

The NOAA High School Internship Program allows high school students to immerse themselves in environmental science and marine research. Hosted by the National Oceanic and Atmospheric Administration (NOAA), this program provides interns hands-on experience in various fields, including marine biology, meteorology, oceanography, and environmental conservation. Participants work alongside NOAA scientists and researchers, contributing to real-world projects to understand and protect our planet's natural resources. The internship includes fieldwork, laboratory research, and data analysis, providing a comprehensive understanding of the scientific process. Additionally, students attend workshops and seminars that enhance their knowledge of current environmental issues and scientific techniques.

Eligibility: Varies by program; 9th-12th grade students can apply to most.

Duration: Varies by program.

13. Caltech Summer Research Connection (SRC)

The Caltech Summer Research Connection (SRC) is a prestigious program for high school students and educators to engage in cutting-edge scientific research at the California Institute of Technology. This immersive summer experience allows participants to work alongside Caltech researchers on projects spanning various scientific disciplines, including physics, chemistry, biology, and engineering. Throughout the program, students and teachers gain hands-on laboratory experience, developing critical research skills and a deeper understanding of scientific inquiry. The SRC emphasizes collaboration and mentorship, with participants receiving guidance from leading scientists and graduate students. In addition to laboratory work, the program includes seminars, workshops, and opportunities to present research findings, fostering a dynamic and supportive learning environment. The Caltech SRC enhances scientific knowledge and technical abilities and inspires participants to pursue careers in STEM fields, providing a solid foundation for future academic and professional endeavors.

Eligibility: High school juniors and seniors attending Pasadena Unified School District schools.

Duration: 6 weeks.

14. Lawrence Livermore National Laboratory (LLNL) High School Internship

The Lawrence Livermore National Laboratory (LLNL) High School Internship is a prestigious program for high school students to engage in advanced scientific research and innovation. Located in Livermore, California, LLNL is renowned for its cutting-edge work in national security, energy, and environmental science. Through this internship, students work alongside world-class scientists and engineers, participating in research projects that can include areas such as computational modeling, materials science, and biotechnology. The program provides hands-on experience in state-of-the-art laboratories, where interns learn to use sophisticated equipment and technologies. In addition to their research work, students attend seminars and workshops that deepen their understanding of scientific principles and current technological challenges. 

Eligibility: High school juniors and seniors.

Duration: Varies.

Video: Ready for your LLNL internship?

15. Roswell Park Cancer Institute Summer Research Experience

The Roswell Park Cancer Institute Summer Research Experience provides high school students an experience to delve into cancer research at one of the nation’s premier cancer treatment and research centers. Located in Buffalo, New York, this program immerses participants in cutting-edge research projects aimed at understanding and combating cancer. Interns work alongside leading scientists and clinicians, gaining hands-on experience in laboratory techniques, data analysis, and experimental design. The program also includes seminars, workshops, and mentoring sessions that enhance participants' knowledge of oncology and biomedical research. Through this comprehensive experience, students develop valuable technical and analytical skills and gain a deeper understanding of the complexities of cancer biology and the latest advancements in treatment and prevention.

Eligibility: High school juniors and seniors, be a resident of Western New York, U.S. citizen or permanent resident, and be 15 years or older at the program's start.

Duration: 6 weeks.

16. Fred Hutch Summer High School Internship Program

The Fred Hutch Summer High School Internship Program is an immersive internship where students can learn biomedical research at the Fred Hutchinson Cancer Research Center in Seattle, Washington. This intensive program offers hands-on laboratory experience, allowing interns to work alongside world-renowned scientists and researchers on cutting-edge projects in cancer biology, immunology, infectious diseases, and other areas of biomedical science. Through mentorship and participation in seminars and workshops, interns gain valuable skills in research methodology, data analysis, and scientific communication.

Eligibility: A high school student entering senior year after the summer, with a strong scientific interest and academic background, the ability to attend a Zoom interview with the selection committee, and availability for the entire duration of the program in Seattle.

Duration: 8 weeks.

Video: Fred Hutch - Internship Opportunties

17. American Museum of Natural History (AMNH) Science Research Mentoring Program

The American Museum of Natural History (AMNH) Science Research Mentoring Program supports high school students interested in science, research, and exploration in a one-year-long scientific research mentorship program. Based in New York City, this program allows students to work closely with museum scientists on ongoing research projects in various fields, including anthropology, astrophysics, biology, and geology. During the mentorship program, students will gain valuable research experiences, develop valuable scientific skills and knowledge, gain insight into the research process, and contribute fundamental real scientific discoveries.

Eligibility: Applicants must either a) first complete a course in the Science and Nature Program, Science Alliance Middle School Program, or Science Alliance High School Program OR b) attend one of the American Museum of Natural History’s partner schools or programs.

Duration: 1 year.

18. Cold Spring Harbor Laboratory Partners for the Future Program

The Cold Spring Harbor Laboratory Partners for the Future Program provides students with hands-on biomedical research at one of the world's leading research institutions. Located in Cold Spring Harbor, New York, this program pairs students with mentors who are scientists at the laboratory, allowing them to work on cutting-edge research projects in fields such as genetics, neuroscience, and cancer biology. Participants gain valuable laboratory skills and experience through full-time immersion in the research process, from experimental design to data analysis.

Eligibility: High school seniors nominated by their school science chairperson.

Duration: 8 months.

Video: High School Students Become Partners For the Future at Cold Spring Harbor Labs

19. Brookhaven National Laboratory High School Research Program

The Brookhaven National Laboratory High School Research Program offers a transformative experience for high school students interested in science, technology, engineering, and mathematics (STEM). Located in Upton, New York, this program allows students to engage in hands-on research alongside world-class scientists and engineers at one of the nation's premier research institutions. Participants work on cutting-edge research projects in physics, chemistry, biology, environmental science, and computational science, gaining valuable skills and knowledge that prepare them for future academic and professional endeavors.

Eligibility: High school students who have completed 11th grade and are at least 16 years old by the start of the program, available Monday through Friday from 8:30 am to 5:00 pm for during the program, are U.S. citizens or permanent residents, and can commute to and from the laboratory.

Duration: 6 weeks.

Video: My Story: the High School Research Program

20. Science and Engineering Apprenticeship Program (SEAP)

The Science and Engineering Apprenticeship Program (SEAP) provides high school students with a unique experience in engaging in hands-on research at Department of Defense laboratories. This highly competitive program pairs students with mentors who are scientists and engineers, allowing them to work on cutting-edge research projects in fields such as biology, chemistry, physics, engineering, and environmental science. Through full-time immersion in the research process, participants gain valuable skills and experience that prepare them for future academic and professional endeavors in STEM fields. 

Eligibility: High school sophomores, juniors, and seniors who are 16 years of age or older by the internship program start, and are U.S. citizens.

Duration: 8 weeks.

Video: SEAP Internship

21. UC Santa Barbara Research Mentorship Program

The UC Santa Barbara Research Mentorship Program offers high school students a chance to engage in university-level research in various fields. Hosted by the University of California, Santa Barbara, this program pairs students with faculty mentors who guide them through hands-on research projects while immersed in the UC Santa Barbara University environment. Participants within the program gain valuable experience in experimental design, data analysis, and scientific communication, all of which are excellent experiences that will help students find their path in the STEM field and beyond.

Video: Research Mentorship Program

Eligibility: High school students in the 10th or 11th grade (outstanding 9th graders accepted on a case-by-case basis) have a minimum 3.80 academic weighted GPA requirement,and can attend the program, starting with the virtual component and ending with the closing events.

Duration: 6 weeks.

22. Los Alamos National Laboratory High School Internship Program

The Los Alamos National Laboratory High School Internship Program offers students a unique opportunity to engage in cutting-edge scientific research at one of the world's leading research institutions. Located in Los Alamos, New Mexico, this program allows students to work alongside top scientists and engineers on projects that address critical national security challenges, such as nuclear weapons, cybersecurity, and environmental protection. Participants gain hands-on experience in various scientific disciplines, including physics, chemistry, biology, and engineering. The program also includes seminars, workshops, and networking events that expose students to the breadth and depth of research conducted at the laboratory.

Eligibility: High school seniors aged 16 years and older, have a GPA of 3.0+ out of 4, attend a New Mexico High School, and pass a drug test.

Duration: Varies. 

23. Howard Hughes Medical Institute (HHMI) Janelia-Low Summer Internship

The Howard Hughes Medical Institute (HHMI) Janelia-Low Summer Internship offers a unique chance for high school students to engage in cutting-edge research at the Janelia Research Campus in Ashburn, Virginia. This prestigious program allows students to work alongside mentors in neuroscience, imaging, and computational bio scientistslogy. Interns participate in hands-on research projects, gaining valuable laboratory experience and insight into the scientific process. 

Eligibility: High school students who have demonstrated high academic standards and experience in scientific research.

Duration: 8 weeks.

Video: Janelia Research Campus High School Internship Program 2018

24. CERN High School Student Internship Program

The CERN High School Student Internship Program offers a unique and immersive experience for students interested in physics and engineering. Hosted by the European Organization for Nuclear Research (CERN) in Geneva, Switzerland, this program allows students to shadow staff and experience cutting-edge research projects alongside world-renowned scientists and engineers. Participants engage in hands-on work, gaining valuable skills and insights into particle physics. The program also includes lectures, workshops, and tours of CERN facilities, giving students a comprehensive understanding of the scientific principles and technologies used in particle physics research.

Eligibility: High school students aged 16 and older (students under the age of 18 applying to job shadow must be accompanied by an adult, and if you are not living in the area, you need to ensure that you and your parents/legal guardian have the financial means to stay in the region).

Duration: Varies but typically around one month.

25. Science Internships at Local Universities

Local university science internships offer high school students interested in STEM fields valuable hands-on experience. These internships allow students to work alongside university researchers and faculty, gaining insight into ongoing research projects and cutting-edge technologies. Participants often have access to state-of-the-art laboratories and equipment, allowing them to develop practical skills and techniques not typically available in a high school setting. Additionally, these internships can help students explore potential career paths, build professional networks, and strengthen their college applications.

Eligibility: Varies by program.

Duration: Varies by program.

Conclusion: Science Internships for High School Students

Participating in a science internship during high school offers invaluable experience, enhances college applications, and helps students explore potential career paths. These internships allow students to gain first hand expertise in the scientific field and can even provide a chance to earn some money during the summer or school year!

As mentioned earlier, many of these internships are high caliber and quite competitive. But not to worry! Empowerly is here to help. Our dedicated team of counselors and essay editors can assist you in gathering the materials and writing pieces needed to improve your chances of acceptance into these competitive programs. Additionally, our Startup Internship Program and Research Scholar Program offer excellent opportunities to gain experience in your scientific pursuits. These programs pair you with mentors and/or companies, allowing you to learn by doing and exploring your interests. Schedule a free consultation with our team today to learn more!

When preparing for science internships, remember to check each program's specific eligibility criteria, deadlines, and application requirements. Good luck, and may your journey into the science world be educational, exciting, and truly inspiring!

The post 25 Science Internships for High School Students (2025) appeared first on Empowerly.

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, higher ed ai pros and cons, 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.

Sometimes students have difficulty trying to decide on a major. They can’t quite decide what they want to do for a career, so they end up foundering around throughout college until they end up settling down. On the other hand, some students know that they are ready to commit to a specific field—for instance, a neuroscience major. Read on to see if that might include you!

About Neuroscience Majors

Like most people, you probably want to understand more about how the mind works, how the most intricate parts of the human body work together to perform vital functions, and how and why we all tick. The study of neuroscience can give answers about these topics and so many others.

The field of neuroscience is set to grow significantly in the upcoming years. This means that it’s a great time to jump into the field if you find these questions intriguing. Colleges across the United States have fantastic programs to prepare future neuroscientists for the exciting field that awaits them. 

This type of understanding about how and why we all tick makes a degree in neuroscience applicable to essentially any career path you would like to follow. Studying neuroscience takes critical thinking, well-honed memorization skills, a decent level of intellect, and perhaps most importantly, curiosity. 

With dreams of becoming scientists, doctors, or researchers, students interested in pursuing a career in neuroscience knowingly take on an extremely difficult major. While the typical degree plan for neuroscience majors is filled with challenging, intensive classes, gaining this fascinating knowledge is rewarding. 

Topics in Neuroscience

There are many different topics that fall within the scope of neuroscience. Let’s briefly get into a couple. 

Sensory perception is essentially the way that the body processes information from the senses neurologically. That, along with so many other fascinating topics, is just one thing students hoping to study neurology can look forward to learning about. 

Artificial intelligence, a field that is rapidly developing and becoming more and more integrated into our daily lives, also has a lot to do with neuroscience. To put it simply, artificial intelligence is the ability of a computer to understand commands and perform tasks. 

Simply put, neuroscience is the study of the nervous system. This includes the composition, functions, and interaction of the spinal cord, the brain, and the nervous system as a whole. Neuroscientists don’t place a particular emphasis on any one branch of science. Rather, neuroscience requires the careful study of neurophysiology, chemistry, anatomy, molecular biology, physics, and so much more. 

How to Start a Career in Neuroscience (and Beyond)

With a degree in neuroscience, one can pursue a career as a physician, research technician, research director, consultant, medical technician, veterinarian, engineer, or in biomedical science. In addition to some of the more obvious career choices, those who are wanting to earn a major in neuroscience open so many other doors for themselves. 

Pretty much everyone involved in the field of neuroscience will tell you that one of the most important first stepping stones in developing a fulfilling career in the field is getting involved in research. There are so many ways to get involved in meaningful research. Often, there are research opportunities on college campuses. This is one of the reasons why it is so important to find a great school for neuroscience. 

Like in many other fields, the application of neuroscience is quite different from classroom learning. Once many neuroscientists step into the field, though, they never want to leave. Many of the careers for neuroscientists are incredibly fulfilling and rewarding.

Best Colleges with Neuroscience Majors

There are several great options for colleges for those interested in pursuing neuroscience majors. Standing out among the best of these neurology schools is the University of Minnesota Neuroscience department/program. The University of Minnesota Neuroscience is by far one of the best neurology schools in the country. The University of Minnesota Neuroscience program is special because it places such a heavy emphasis on research. That, combined with unparalleled faculty support, makes the University of Minnesota Neuroscience program one that is hard to beat. 

The graduate program in Neuroscience at the University of Minnesota is nothing to sneeze at. With over 125 faculty members, this program is very heavily dedicated to learning through research starting at the molecular level. 

Empowerly can help you navigate the college admissions process. Allow the best experts in the college admissions process to help guide you through what can be an incredibly stressful but exciting experience. If you are considering pursuing a career in neuroscience, or even if you know beyond a shadow of a doubt that that’s what you want to do with your life, allow Empowerly to help you in this journey. Empowerly helps students navigate their admissions journey to top colleges with a 94% success rate. Talk to an enrollment specialist today and get started.

Amazing colleges to consider across the country with a specific focus on neuroscience:

• University of Alabama at Birmingham 
• Arizona State University
• University of Arizona
• Hendrix College
• California Institute of Technology 
• Claremont McKenna College
• University of California, Los Angeles 
• Pitzer College 
• Pomona College
• University of California, Riverside
• University of San Diego
• Santa Clara University
• University of California, Santa Cruz
• Scripps College
• University of Southern California 
• University of Colorado Boulder
• Colorado College
• Fairfield University
• Sacred Heart University
• Trinity College
• American University
• University of Delaware
• University of Miami
• Nova Southeastern University
• Agnes Scott College
• Emory University
• Georgia Institute of Technology
• Georgia State University
• Mercer University
• Augustana College
• University of Chicago
• University of Illinois at Chicago
• DePaul University
• Knox College
• Lake Forest College
• Northwestern University
• Indiana University Bloomington
• DePauw University
• Earlham College 
• University of Notre Dame
• Indiana University 
• University of Evansville 
• Coe College
• Drake University
• University of Iowa
• Luther College
• University of Kentucky
• Transylvania University
• Xavier University of Louisiana 
• Bates College
• Bowdoin College
• Colby College
• Johns Hopkins University
• Amherst College
• Assumption University
• Boston University
• Brandeis University
• Emmanuel College (MA) 
• Harvard University
• College of the Holy Cross
• Massachusetts Institute of Technology
• Mount Holyoke College
• Northeastern University
• Smith College 
• Stonehill College
• Wellesley College
• Western New England University
• Wheaton College (Massachusetts)
• Central Michigan University
• Eastern Michigan University
• Grand Valley State University
• University of Michigan
• Michigan State University
• Carleton College
• Macalester College 
• University of Minnesota, Twin Cities
• University of St. Thomas (Minnesota)
• Millsaps College 
• Saint Louis University
• Washington University in St. Louis
• University of Montana 
• Creighton University
• University of Nebraska 
• University of Nevada 
• Dartmouth College
• University of New Hampshire
• St. Anselm College
• Drew University
• Princeton University
• Adelphi University
• Barnard College
• The State University of New York at Birmingham 
• Colgate University
• Columbia University
• Fordham University 
• The State University of New York at Geneseo
• Hamilton College
• Marymount Manhattan College
• New York University 
• University of Rochester
• Skidmore College 
• St. Lawrence University
• Syracuse University
• Union College (New York)
• Utica College
• Vassar College
• Duke University
• High Point University
• University of North Carolina at Chapel Hill
• Baldwin Wallace University
• Bowling Green State University
• University of Cincinnati
• Kenyon College
• Miami University
• University of Mount Union
• Oberlin College
• Ohio University
• Ohio State University
• Ohio Wesleyan University
• College of Wooster
• Reed College
• Willamette University
• Allegheny College
• Bucknell University
• Carnegie Mellon University
• Cedar Crest College
• Dickinson College
• Franklin and Marshall College
• Lafayette College
• Lehigh University
• Moravian University
• Muhlenberg College
• University of Pennsylvania
• University of Pittsburgh 
• University of Scranton
• Swarthmore College
• Temple University
• Ursinus College
• Washington and Jefferson College
• Westminster College (Pennsylvania) 
• Brown University 
• Furman University
• Belmont University
• Rhodes College
• Vanderbilt University
• University of Texas at Austin 
• Baylor University
• University of Texas at Dallas
• Rice University
• Texas Christian University 
• Trinity University
• Brigham Young University
• Westminster College (Utah)
• St. Michael’s College
• Middlebury College
• Norwich University
• University of Vermont
• George Mason University
• Virginia Tech 
• Washington and Lee University
• College of William and Mary 
• University of Washington
• Washington State University
• Western Washington University
• Carthage College
• Edgewood College
• Lawrence University
• University of Wisconsin-Madison

Reach out today for more information on how we empower high school students across the nation to get into the school of their dreams. From neuroscience majors to the best college for you, we can help you shine.

The post The Absolute Best US Colleges With Neuroscience Majors appeared first on Empowerly.

Food Sciences

Now, when most people think of career options within the food industry, they tend to think of the usual: service jobs, management, owning a restaurant, or becoming a chef. These are all viable career options, and there will always be work in the food industry. But owning a restaurant can be risky; and working in service is not for everyone, either as management or as a cook.

On the other hand, food sciences majors offer a path for those who love food, but also love to practice the broader discipline of science. People who earn degrees in these majors can explore a wide variety of interesting career options upon graduation that go beyond the status quo of food industry jobs.

Citrus

What is it: Offered by the Department of Horticultural Science, this major focuses on the science and business of citrus fruits. With a citrus grove on campus and internships for all students, this Bachelor of Science degree offers hands on experience in the field. Students are required to take classes such as Soil Science and Citrus Grove Management. A minor in Horticultural Science is also available to those majoring in Citrus.

Which schools offer it: Florida Southern College.

Fermentation Sciences

What is it: This degree focuses on the process of fermentation, which is the process that creates wine and beer, but it also applies to yogurts, cheese, pickles, and other foods. A B.S. in Fermentation Sciences can land you a job at any number of breweries or wineries in the country. It will also allow you to start your own business in the field. Students are required to take a number of science and math classes and have the option to also take classes like Food Microbiology, Food Packaging, and Food Law.

Which schools offer it: Oregon State University, Colorado State University, and Southern Illinois University, amongst others.

Bakery Science and Management

What is it: This program at Kansas State University boasts a 100% job placement rate for graduates. Students participate in baking science lab courses, and also take classes such as Cereal Science, Flour and Dough Testing, and Bakery Layout. Interested participants can also minor in Bakery Science, Cereal Chemistry, or Pet Food Science.

Which schools offer it: Kansas State University

Viticulture and Enology

What is it: A major in Viticulture and Enology is a sort of fusion between the Fermentation Sciences and Citrus. Students study wine-grape growing and winemaking. The program gives special interest to the science, business, and management of creating wine. Sample classes include Wine Culture and Wine and Grape Flavor Chemistry.

Which schools offer it: Cornell University, UC Davis, and Washington State University, amongst others.

Finally…

To discover more about food sciences or other interesting majors, consider working with an experienced mentor. Alternatively, you can also browse the “majors” page of different college websites. Oftentimes when a college offers majors as specific as these, they also have more general versions of the same degree. This can help you explore a field of study if you’re not ready to choose such a specific major. Of course, you can also work with a college counselor to assess your interests, explore majors, and discover colleges you love.     

Find all three final installments of this series on the blog below:

• 1: Food Sciences (this post)
• 2: Environmental Engineering
• 3: Social Justice Majors

The post Interesting College Majors Part 1: Food Sciences appeared first on Empowerly.

We meet many high school students who are not aware of the full range of options when it comes to a major. But deciding on a field of study helps narrow down your list of colleges, and provides cohesion to your overall app. This article is part of a series on unexpected majors you can pursue at a variety of different colleges. We hope these articles encourage you to explore your options and find a major that helps you achieve your goals.  In this article, we examine options under the umbrella of social justice majors.

This field of study is constantly evolving. Americans, especially young Americans, are becoming more active in social justice movements. You may not know it, but this kind of activism can translate into a major and therefore, a career. Some students may be surprised to hear that they can major in something that supports their activism. However, a number of colleges offer unique social majors that can help you change the world.

This is a sampling of social justice majors. However, if you have a cause that is of particular interest to you, follow your interests! You can browse through some majors to see how that might translate into a field of study, and further, a career!

Juvenile Corrections

What is it: Often placed under the umbrella of Criminal Justice Studies, Juvenile Justice or Corrections focuses on the workings of the justice and corrections systems in America. Core classes focus on ethics and research; electives include classes such as Female Offenders, Exploring the Death Penalty, and Delinquency Interventions. Graduates can, of course, pursue careers within the criminal justice system. They can also work in public policy, or within certain departments of the government such as the CIA and the DEA.

Which schools offer it: Eastern Kentucky University and the University of New Haven.

Sexuality Studies

What is it: Sometimes also known as Gender and Sexuality Studies, or even Feminist, Gender, and Sexuality studies, this major allows you to study the history, biology, sociology, health, and politics of sexuality. Graduates of such a major can pursue careers in related non-profit groups, counseling, research, academia, public health, law, and more. Elective classes include The Philosophy of Sex and Love, Medieval Misogyny, and Queer Literature. 

Which schools offer it: Ohio State University, Stanford, NYU, and others.

Adventure Education

What is it: This major sounds exactly like what it is. Students who pursue an Adventure Education major learn how to use outdoor activities like hiking, camping, kayaking, and rock climbing to educate and support children, adults, and at-risk communities. Most of these programs include first responder courses, outdoor skills practicums, and other outdoor fundamentals. If you pursue this major, you can look forward to a career working for the parks service, in education, counseling, and similar paths.

Which schools offer it: Green Mountain College, Plymouth State University, Ithaca College, and more.

Finally, for the activist student, campus activities and involvement will also matter to you. Be sure to take time to get to know the social life of the campus; learn what students believe, what they get involved with, and how you can be a part of that.

Finally…

To discover more about food sciences or other interesting majors, consider working with an experienced mentor. Alternatively, you can also browse the “majors” page of different college websites. Oftentimes when a college offers majors as specific as these, they also have more general versions of the same degree. This can help you explore a field of study if you’re not ready to choose such a specific major. Of course, you can also work with a college counselor to assess your interests, explore majors, and discover colleges you love.   

Find all three final installments of this series on the blog below:

• 1: Food Sciences
• 2: Environmental Engineering
• 3: Social Justice Majors (this post)

The post Interesting College Majors Part 3: Social Justice Majors appeared first on Empowerly.

Students interested in STEM subjects have a wide range of careers options in front of them. Plus, STEM jobs are largely in demand and have high base salaries. However, that doesn’t mean you have to fall in a particular box. There are a number of uncommon STEM tracks out there that may catch your fancy. Here are some tracks you may want to consider if you’re interested in a STEM-related career!

1. Data Science

Data is becoming more and more valuable to companies, making the data scientist profession one of the most in-demand jobs in the US. There is a shortage of workers with the required skill sets, which is why the job pays well. It has a median base salary of $110,000. Data science is a combination of other disciplines like statistics, computer science, and data analysis. People in this profession collect large amounts of data from various sources and analyze them to gain insights on how to give businesses a competitive edge. Data scientists also build AI and machine learning tools to automate operational processes.

2. Statistics or Mathematics

Students in mathematics and statistics majors have a wide variety of industries they can go into after graduation, such as business, engineering, technology, health care, and more. They can also opt to teach mathematics in the future. Generally speaking, professionals in this field are tasked with evaluating data and applying math and statistics principles to solve real-world problems. They usually collaborate with scientists and engineers.  The Bureau of Labor Statistics records reveal their annual median salaries for 2017: $103,010 for mathematicians and $84,060 for statisticians.

3. Electronics and Communications Engineering

This degree is largely concerned with electronic circuits and systems. Electronic engineers use their extensive and scientific knowledge of how electrons behave to design and develop components, devices, and other electronic equipment. They typically work in areas related to computer hardware. Meanwhile, those who choose to work for the federal government work on systems like satellites, radar and sonar, communications, and aeronautics. Considering how competitive the tech market is, especially in the smartphone sector, a degree in electronics will almost always guarantee employment. The recorded median annual wage for people in said field in May of last year was $102,180.

4. Cybersecurity

Numerous reports of global cyberattacks on large corporations last year made many businesses (and consumers) paranoid. In light of this, data protection concerns have led to a surge in demand for cybersecurity professionals. Yet, it is reported that recruiters struggle to fill information security positions. The good news is, securing a degree in cybersecurity may not take that long, as  Maryville notes that students can graduate in as early as 2.5 years. Students can also go through an entire semester with only a few campus visits – or even none at all – since classes can be conducted online. Cybersecurity professionals typically develop firewalls, monitor data use, and regulate access to crucial information. The salary can range from $50,000 to more than $100,000 depending on the company.

5. Biotechnology

Biotechnology professionals develop products from living systems. These products could entail high-yielding crops, drugs, gene therapy treatments, biofuel, and others. The degree is closely associated to genetically derived materials, but it can also involve microbiology, cell biology, and molecular biology. Due to the nature of the job, biotechnology experts usually work in a laboratory setting. Biotech median annual salary currently sits at $90,000.

Once you have nailed down which degree you’ll be pursuing, it’s also important to consider other aspects. These uncommon STEM tracks are just the tip of the iceberg. To help you along the way,  Empowerly is here to help!

The post Uncommon STEM Tracks You Should Consider appeared first on Empowerly.

The field of marine biology draws the attention of those who want to learn about the sea and how to protect it, all while being inspired by it. What exactly do marine biologists do, though?

What Do Marine Biologists Do?

Hey there, future marine biologists! Ever wondered what it’s really like to work in this exciting field? Let’s dive in (pun intended) and explore the day-to-day life of these ocean experts!

Marine biologists are like the detectives of the sea. They spend their days uncovering the mysteries of marine life and helping us understand the underwater world better. Here’s a snapshot of what these aquatic adventurers get up to:

• Species Sleuthing: Marine biologists are always on the lookout for new species. They conduct underwater surveys, cataloging the creatures they find and sometimes even discovering brand new ones!
• Ocean Health Check-ups: Just like doctors check our health, marine biologists monitor the well-being of our oceans, seas, lakes, and rivers. They keep tabs on pollution levels and other factors affecting marine ecosystems.
• Sample Collection: These scientists aren’t afraid to get their hands wet! They collect water samples, sediments, and even tiny marine organisms to study back in the lab.
• Animal Tracking: Using cool tech like satellite tags, marine biologists map out where different sea creatures go and how they behave.
• Disease Detectives: When marine animals get sick, these bio-sleuths investigate the causes and work on finding solutions.
• Conservation Champions: Many marine biologists are passionate about protecting our oceans. They develop strategies to preserve marine habitats and the creatures that call them home.

But that’s not all! Depending on their specific interests, marine biologists might focus on studying tiny plankton, training dolphins, researching coral reefs, or even tracking great white sharks. How cool is that?

Factors to Consider When Choosing a Marine Biology School

Thinking about studying marine biology? Awesome! But with so many schools out there, how do you choose the right one? Here are some things to keep in mind:

• Location, Location, Location: While you don’t have to be right on the coast, easy access to marine environments is a big plus.
• Research Opportunities: Look for schools that offer hands-on research experiences, even for undergrads.
• Facilities: State-of-the-art labs and research vessels can make a big difference in your learning experience.
• Faculty Expertise: Check out the professors’ research interests. Do they align with what you want to study?
• Internship Connections: Schools with strong ties to aquariums, research institutes, or conservation organizations can give you a leg up in the job market.
• Study Abroad Options: Many marine biology programs offer amazing opportunities to study in different ecosystems around the world.

What Are the Best Marine Biology College?

Video: Which university for marine biology undergrad?

While dozens of colleges offer marine biology as a major, some offer more comprehensive programs than others. 

A good marine biology program offers students the chance to participate in hands-on, interactive activities and in-depth research opportunities. Participation in on-site educational activities and experiments is critical for every great marine biology college program.

The best marine biology schools are those that have a strong reputation, high median earnings of graduates, a large, in-depth program, and a low student-faculty ratio, among other important features. 

The following are the top marine biology colleges in the U.S.

Florida Southern College

Understandably, some of the best marine biology colleges are those near bodies of water, and Florida Southern College in Lakeland, Florida, is no exception. Its central Florida location is within driving distance of both the Atlantic Ocean and the Gulf of Mexico.

While students participate in many off-campus excursions and research activities nearby, they also engage in various projects and independent studies. The marine biology program enforces a strong outdoor component, during which students study everything from microscopic organisms to large ocean animals. You’ll even find students who travel to locations like the Bahamas, Costa Rica, and Jamaica to further their studies through Florida Southern College.

Key Details:

• Acceptance Rate: 50%
• SAT Range: 1110–1285
• ACT Range: 24–30
• Application Fee: $40
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $39,800 / year
• Tuition Cost: $40,500 / year

University of South Carolina

The University of South Carolina is located in Columbia, South Carolina, with an undergraduate enrollment of approximately 26,700 students. Its acceptance rate is 68%, and the middle 50% SAT and ACT score ranges are 1140–1340 and 25–31, respectively.

The school offers students a prolific knowledge of marine biology while they gain plenty of exposure and experience with real-world applications. If this is one of the marine biology schools you’re interested in, know that if you’re accepted, you’ll begin your studies by spending three weeks in Georgetown at the Baruch Institute. Only then will you move on to begin coursework with lab components in the program.

Key Details:

• Acceptance Rate: 68%
• SAT Range: 1140–1340
• ACT Range: 25–31
• Application Fee: $65
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $32,960 / year
• Local Tuition Cost: $12,688 / year
• Domestic Tuition Cost: $33,928 / year

Eckerd College

Eckerd College is located in Saint Petersburg, Florida, and boasts one of the country’s finest marine biology college programs today. Students enjoy unprecedented personal attention from faculty during fieldwork, coursework, and real-time research projects.

The school has approximately 2,000 undergraduate students on campus, and its acceptance rate is 69%. The middle 50% SAT and ACT score ranges are 1090–1285 and 24–29.

Key Details:

• Acceptance Rate: 69%
• SAT Range: 1090–1285
• ACT Range: 24–29
• Application Fee: $40
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $46,800 / year
• Tuition Cost: $48,900 / year

Harvard University

Located in Cambridge, MA, with an enrollment of just under 10,000 undergrad students, Harvard surprises many people by being one of the best marine biology colleges in the country. The university’s Department of Organismic & Evolutionary Biology is where you’ll find marine biology students, many of whom could also pursue a degree in biological oceanography.

Learning opportunities for marine biology students at Harvard include participating in diverse traveling expeditions. Locations include Panama, Bocas del Toro, and many others where students can explore and study diverse marine ecosystems.

Key Details:

• Acceptance Rate: 5%
• SAT Range: 1460–1580
• ACT Range: 33–35
• Application Fee: $75
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $19,000 / year
• Tuition Cost: $57,261 / year

Nova Southeastern University

In Fort Lauderdale, Florida, you’ll come upon Nova Southeastern University. With almost 5,000 undergraduate students and an acceptance rate of 76%, it’s one of the best marine biology colleges in the U.S. The middle 50% SAT and ACT score ranges are 1030–1240 (SAT) and 20–27 (ACT).

NSU is an avid proponent of giving students opportunities to “learn more about the unexplored,” especially when it comes to marine sciences. If you’re interested in attending Nova Southeastern, you’ll be able to experience the famous Oceanographic Campus and the Guy Harvey Oceanographic Research Center.

Key Details:

• Acceptance Rate: 76%
• SAT Range: 1030–1240
• ACT Range: 20–27
• Application Fee: $50
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $30,200 / year
• Tuition Cost: $36,300 / year

University of California, Santa Cruz

UC Santa Cruz is one of the top marine biology schools in the state and the country for many reasons. The school has over 17,000 undergraduate students enrolled, an acceptance rate of 65%, a middle 50% SAT score range of 1150–1370, and a middle 50% ACT score range of 23–30.

Students in the marine biology program are taught core principles that are used to understand marine life environments as they experience how those environments are shaped. They also engage in research projects and field excursions at several marine facilities, including several in the Coastal Biology Building on campus.

Key Details:

• Acceptance Rate: 65%
• SAT Range: 1150–1370
• ACT Range: 23–30
• Application Fee: $70
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $17,100 / year
• Local Tuition Cost: $14,240 / year
• Domestic Tuition Cost: $44,312 / year

Brown University

Brown University is located in Providence, Rhode Island, and has an undergraduate enrollment of about 7,000 students. This elite Ivy League college has an acceptance rate of just 8% and test scores of 1440–1560 for the SAT and 33–35 for the ACT.

In Brown’s marine biology program, students research and learn in multiple sub-disciplines. The marine biology track includes several courses and field experience opportunities as well. The school’s Department of Earth, Environmental, and Planetary sciences offers a research program with its marine biology laboratory that exposes students to environmental science and biomedicine.

Key Details:

• Acceptance Rate: 8%
• SAT Range: 1440–1560
• ACT Range: 33–35
• Application Fee: $75
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $29,800 / year
• Tuition Cost: $65,146 / year

Samford University

Samford University is located in Birmingham, Alabama, and is home to 3,500 undergraduate students. Its acceptance rate is 84%, its middle 50% SAT score range is 1060–1240, and its middle 50% ACT score range is 23–29.

Students in Samford’s marine biology program are prepared for careers in the field through on-site hands-on training as they participate in field studies, aquaculture, and laboratory research opportunities. They also enjoy special opportunities to engage in internships at places like the Mote Marine Laboratory and the Monterey Bay Aquarium. If you’re interested in attending Samford University for its marine biology program, you may also find yourself studying at Dauphin Island Sea Lab!

Key Details:

• Acceptance Rate: 84%
• SAT Range: 1060–1240
• ACT Range: 23–29
• Application Fee: $40
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $27,500 / year
• Tuition Cost: $36,725 / year

Boston University

The Boston University Marine Program (BUMP) offers students elite opportunities in its interdisciplinary program with courses across a variety of fields, including biology, chemistry, geology, physical science, and oceanography. The school also offers students the Marine Semester, a four-month-long research-based experience with courses in marine biology. Students learn from BU faculty and scientists at several New England facilities as they conduct research and fieldwork engagements.

Boston University has 18,500 undergraduate students, and the acceptance rate hovers at about 20%. The middle 50% SAT and ACT score ranges for its incoming students are 1310–1500 and 30–34.

Key Details:

• Acceptance Rate: 20%
• SAT Range: 1310–1500
• ACT Range: 30–34
• Application Fee: $80
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $30,600 / year
• Tuition Cost: $62,360 / year

Syracuse University

One of the best marine biology schools in the country is Syracuse University in Syracuse, New York. Students can major in biology with a specialty in marine biology; they can also choose an interdisciplinary major. The university’s internship opportunities and research programs for its marine biology students are first-rate and difficult to beat! One program of note is the Marine Ecology of the Mediterranean Sea and North Africa course.

This course takes students through the coast of Spain to examine marine ecosystems and make comparisons between regions. Students also visit vital special interest areas, research facilities, and key ecosystems.

Syracuse University has an undergraduate enrollment of about 15,000 students, and its acceptance rate is just under 70%. The middle 50% test score ranges are 1130–1370 for the SAT and 25–30 for the ACT.

Key Details:

• Acceptance Rate: 69%
• SAT Range: 1130–1370
• ACT Range: 25–30
• Application Fee: $75
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $32,000 / year
• Tuition Cost: $60,135 / year

University of Oregon

The University of Oregon in Eugene, OR, is home to just over 19,000 undergrad students, and its acceptance rate is 83%. The average SAT scores of incoming students range from 1090–1290, and the average ACT scores range from 22–29. As the home of one of the country’s most prestigious marine biology programs, the U of O offers students many once-in-a-lifetime opportunities.

If you plan on enrolling in the U of O’s marine biology program, you’ll experience field-based learning that is not only hands-on but also challenging. You’ll spend your time on campus and at the renowned Oregon Institute of Marine Biology (OIMB) and have access to plenty of research opportunities and internships.

Some marine biology students travel to Panama for the renowned Tropical Marine Biology class offered every other summer. There are also many additional opportunities for students to study abroad at U of O, which offers the only marine biology degree in the Pacific Northwest.

Key Details:

• Acceptance Rate: 83%
• SAT Range: 1090–1290
• ACT Range: 22–29
• Application Fee: $65
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $18,500 / year
• Local Tuition Cost: $15,054 / year
• Domestic Tuition Cost: $41,700 / year

Northeastern University

Northeastern University is located in Boston, Massachusetts, and is home to one of the nation’s most elite bachelor of science marine biology programs. The program’s emphasis lies on climate change, but students become fully prepared for careers that span the entire breadth of marine science. With a strong foundation in sea life studies, students are also exposed to additional marine topics, like ecology, evolution of marine organisms, coastal processes, marine biogeochemistry, and ocean processes.

Students also study issues facing marine creatures and ecosystems while they take advantage of internship and fieldwork opportunities. The Three Seas Program is an optional two-semester offering that takes students on a research experience across the Pacific Northwest, coastal Panama, and the Gulf of Maine.

Northeastern University has almost 14,000 undergraduate students on its campus, and its acceptance rate is a competitive 20%. The middle 50% SAT score range for incoming freshmen is 1410–1540 and the 50% ACT score range is 33–35.

Key Details:

• Acceptance Rate: 20%
• SAT Range: 1410–1540
• ACT Range: 33–35
• Application Fee: $75
• SAT/ACT: Considered but not required
• High School GPA: Required
• Accepts Common App: Yes
• Net Price: $34,300 / year
• Tuition Cost: $60,192 / year

Importance of Marine Biology

Video: Why is Marine Biology Important? | Explore Marine Biology

Now, you might be wondering, "Why is marine biology such a big deal?" Great question! Here's why this field is making waves:

Ocean Health = Planet Health: Our oceans play a huge role in regulating the Earth's climate. By studying marine ecosystems, we can better understand and address climate change.

Biodiversity Bonanza: The ocean is home to an incredible variety of life forms. Marine biologists help us discover and protect this amazing biodiversity.

Food Security: Many people rely on the ocean for food. Marine biologists work to ensure sustainable fishing practices and study how to farm fish responsibly.

Medical Marvels: Believe it or not, some sea creatures hold secrets that could lead to new medicines and treatments for human diseases.

Economic Impact: From fishing to tourism, many industries depend on healthy oceans. Marine biology helps keep these economic engines running smoothly.

Career Prospects in Marine Biology

Video: Entry Level Marine Biology Jobs and Opportunities. How to get started in Marine Biology.

So, what can you do with a marine biology degree? Tons! Here are just a few career paths you might explore:

• Research Scientist: Conduct cutting-edge studies on marine life and ecosystems.
• Oceanographer: Study the physical and chemical properties of the ocean.
• Marine Mammalogist: Work with whales, dolphins, seals, and other marine mammals.
• Fisheries Biologist: Manage fish populations and advice on sustainable fishing practices.
• Aquarium Curator: Care for and educate the public about marine life in aquariums.
• Environmental Consultant: Advise companies and governments on marine conservation issues.
• Marine Biotechnologist: Develop new products based on marine organisms, like medicines or cosmetics.
• Underwater Filmmaker or Photographer: Capture the beauty of the underwater world for documentaries or magazines.

Remember, the ocean covers over 70% of our planet, so there's a whole world of opportunities out there for aspiring marine biologists. Whether you're fascinated by tiny plankton or drawn to majestic whales, there's a niche in marine biology just waiting for you to explore!

The Best Colleges for Marine Biology

All of the top programs for marine biology at colleges and universities are designed to give students a solid foundation in the field and prepare them for a rewarding lifelong career. 

Whether a student focuses on marine biogeochemistry, coastal processes, global and oceanic change, or marine organisms, they’ll learn core skills that will take them above and beyond in their field.

If you’re interested in applying to one of the top marine biology schools, you will need to earn a strong GPA and achieve high test scores. You must also participate in some extracurricular activities in high school that spark your interest. Consider activities related to your desired career path whenever possible.

The opportunities you’ll come across while studying in any one of the top programs for marine biology are unique chances to explore the world in places and ways you never dreamed of; you just have to work hard in high school and prepare for college to get there.

FAQs

How employable is a marine biology degree? 

A marine biology degree can open doors to various exciting careers, but it's important to be strategic. While the field is competitive, graduates with hands-on experience, strong research skills, and a willingness to be flexible in their job search often find rewarding positions. Many find work in research, conservation, education, or government agencies. To boost employability, consider internships, volunteer work, and developing additional skills like data analysis or scuba diving.

Is there a high demand for marine biologists? 

The demand for marine biologists varies depending on the specific area of expertise and location. While it's not the fastest-growing field, there's steady demand due to ongoing environmental concerns and the need for sustainable ocean management. Areas like conservation, climate change research, and sustainable fisheries are seeing increased interest. However, competition for positions can be fierce, especially for entry-level jobs. Networking, gaining diverse experiences, and being open to related fields can improve your chances of landing a great job.

What are the cons of being a marine biologist? 

Like any career, marine biology has its challenges:

1. Competitive job market, especially for entry-level positions
2. Potentially lower salaries compared to some other scientific fields
3. Often requires long hours, including weekends and holidays for fieldwork
4. May involve physically demanding work in challenging environments
5. Funding for research can be limited and unstable
6. Might need to relocate for job opportunities
7. Can be emotionally challenging when dealing with environmental issues

Is marine biology a good career choice? 

For those passionate about marine life and ocean conservation, marine biology can be an incredibly rewarding career choice. It offers the opportunity to make a real difference in understanding and protecting our oceans. However, it's important to go into it with realistic expectations. Success often requires dedication, flexibility, and a willingness to continuously learn and adapt. 

If you're excited by the prospect of conducting research, working outdoors, and tackling environmental challenges, then marine biology could be an excellent fit. Just remember to complement your studies with practical experience and diverse skills to enhance your career prospects.

Excited to rock your college applications? Let's get started!

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Additional Resources

Looking for practical advice on college applications? Check out our guide College Application Help: 15 Tips to Help You Succeed for valuable tips.

Need help finding a college counselor? Read our 10 Tips for Finding an Independent College Counselor for expert advice.

Curious about science-related extracurricular activities? Explore 25 Science Internships for High School Students (2024) and 40 Incredible Research Opportunities for High School Students.

The post 12 Best Colleges for Marine Biology appeared first on Empowerly.

UC Berkeley’s EECS (electrical engineering and computer science) program has earned a reputation for its excellence and prestige. However, the school is at the same time notorious for the rigor of its coursework. The amount of work every technical class expects of students is unparalleled; so is the despair accompanying every exam. Being an EECS major at UC Berkeley is analogous to toiling for long hours in front of a computer, either cramming course materials or finishing up a programming assignment. Today we’ll shed some light on what to expect, if you end up pursuing one of the most challenging and rewarding majors in college.

EECS major students at UC Berkeley have the option, after finishing all the required lower division courses to freely choose from the plethora of upper division courses as they wish. There are essentially three paths one can venture from there. For some it leans more EE-oriented, CS-oriented, or both.

This post shares the advice gained from a UC Berkeley EECS student who favored CS over the other two. Here are his five key takeaways:  

1. Prepare to work your hearts out

There is obviously a lot to learn from the classes. And what better way to cement one’s comprehension of the materials, than applying the concepts taught to industry-related projects? Aside from written or coding homework assignments, students in computer science classes face projects of considerable size. Some can are group assignments, others individual. Pulling frequent all-nighters to complete assignments is the norm among EECS majors.

Exams are typically students’ nightmare. Professors tend to focus on assessing students’ understanding of the fundamentals of a subject rather than their ability to answer questions they encountered in past assignments or exams. Here’s an instance of the questions asked in an operating systems class – “show that deadlock can occur by listing an execution sequence ending in deadlock with explanation for each step.”  This means that learning by rote memorization will do one more harm than good. Unlike exams in other classes, doing practice exams for CS classes are generally helpful but not essential while preparing for tests.

2. Collaborate with others

Although CS classes at UC Berkeley are notoriously competitive, it is not cutthroat. The competition stems from the fact that one’s grade is not determined on points of a 0-100 scale, but rather, how well one does relative to the rest of the class. However, this does not mean that students abhor giving an explanation to clear up another’s confusion, guiding others through to arrive at the solution to a problem or worse, soliciting a solution from other students with every chance they get.  

Truth is, it is quite the contrary. In the EECS major at UC Berkeley, professors encourage collaboration. That’s why there are projects to let students work together and difficult homework assignments to foster studying in groups. Some may not recognize the incentive of working in groups in college but it definitely serves as a precursor to the collaborative environment that is imperative to every career.

3. Utilize the resources available   

The homework and programming projects are designed to challenge students intellectually and rightfully so. Professors understand the significance of struggling through problem sets in order to truly master a particular concept. Hence, they assign difficult questions with only one intention – to ensure students learn the materials well. To make the process a wee bit more pleasant, there’s a bunch of teaching assistants in each class to aid students in times of need.

So don’t be afraid to approach them when necessary, either through emails or forums, or better yet, attend office hours when you run into a roadblock. The dedicated course staff excelled in the class when they took it and take pride in helping others. Talking to them will allow you to gain valuable insights into how they think about certain problems. Besides, they are also often happy to chat about their fields of interest, lo and behold, you may just land yourself a research opportunity!

4. Don’t get intimidated

Here, you are surrounded by the brightest minds from all over the world. It is easy to feel diminished for your intelligence simply because you were at the top of your class in high school, but so was everyone else. Being at Berkeley will probably set you back as an average student. You may meet some straight “A” students, or someone who had internships at top tech companies like Google or Facebook. If you do not accomplish what they did and attribute your own failure to your wits, know that you’re not alone.

It can be a painful realization but there are plenty to be grateful for, one of which being the chance to look up to some of your peers as well as the incredibly hardworking and motivated faculty as role models. Through interactions with them, not only can one obtain course advice, but one can also emulate their work ethic and apply that to various facets of life.

5. Know that the journey is worth it

EECS can be tough and it may not be for everybody. If you are interested in electrical engineering or computer science, then EECS at Berkeley is the way to go. Do not let the negativities deter you from doing what your heart desires. Other majors surely have their own untold horror stories too. But believe it or not, the rewards you reap along the way and the ones down the road will certainly make the entire journey all the more worthwhile.

Perseverance is really key to EECS. There will be times when you are stuck trying to find a bug in your program, figuring out how to derive an equation for a homework problem, or even when you do not get the internship you think you deserved. These experiences are nerve-racking, albeit not nearly as bad as not taking a stab at them. It is, after all through them that we learn to become a better version of ourselves.

Concluding…

EECS is a competitive major. Many of our college counselors have engineering and computer science backgrounds. Speak to a college counselor today to learn more!

The post 5 Tips: EECS Major at UC Berkeley appeared first on Empowerly.

In high school, you move throughout your day from science to math to history class. Because you have several subjects in one day, it’s important to see they are all treated differently. Studying for science is different than studying for history or English. So, you might not have a full toolbox of study tips for science classes.

Science requires practice to help you learn. In fact, we retain 80% of what we practice and participate in. Science offers the opportunity to participate as you learn. How can you study to get higher grades in science? Use the following tips:

How to prepare for class

Read: Read the assigned material before class so that instruction solidifies the concepts you are learning.

Bring the right materials: Come prepared with the text and other materials such as a calculator, protractor, elements table, or other helpful charts.

How to work during class

Listen carefully: Instruction helps you to understand the concepts better because there is a visual, auditory, and tactile element (note taking or lab work). Use several learning styles to help absorb and process the information more effectively.

Take organized notes: There are great ways to take notes including mapping, charting, and the Cornell method. These more active methods of note taking help memory and comprehension.

Pay attention to due dates and assignment details: Being organized is an important part of doing well in school. Turn in assignments on time and do them correctly to get better grades.

Ask questions for clarification: Ask productive questions so that you make connections between ideas. Your teacher is a resource of information who you can benefit from.

How to study

Review and rewrite or summarize your notes: Writing things down. Summarizing and reconceptualizing helps to memorize important material.

Spend time on the practice problems: Work the problems until you can understand how the formulas work and when to use them.

How to prepare for exams

Review your notes: Your notes should contain all the essential information you need for exams. Some teachers base exams on lecture, others on the textbook, or lab assignments. Make sure to prepare for the type of exam your teacher gives.

Practice the problems: Most sciences have a practical side so practicing the formulas or writing out the connections between ideas is part of the learning process.

Look over past exams to see what you can improve: Past exams often reveal where you had difficulties. Figure out the correct answers and what you can do to get more right answers.

Everyone is different so get to know how you learn best. Practice these methods until you can use them easily. Once you have your study tips ready for science, you’ll be able to focus on enjoying the material. Be sure to access your resources such as parents, teachers, and fellow classmates to clarify your understanding.  Empowerly is always here to help!

The post Junior Journey: Specific Study Tips for Science appeared first on Empowerly.

As a sophomore at Stanford, I’ve met my fair share STEM-oriented students. So, what would a Stanford student recommend to STEM majors before you get to college? In fact, at many universities, it feels like everywhere you turn, you bump into another STEM student (a.k.a. “techy”). Let’s talk about how to prepare.

In a recent  conversation with a friend of mine who is majoring in Mechanical Engineering, minoring in Electrical Engineering, and hoping to purse a Master’s in Computer Science, I asked him some questions. I asked, “What are ten things you wish you’d known about being a STEM student before entering college?” What follows here is a redacted version of what that Stanford student told me.  

1. Challenge yourself in high school.

Oftentimes, college STEM classes assume a substantial amount of prior knowledge. Especially at a school on the quarter system (like Stanford), professors simply don’t have time to go over basic or fundamental information. In light of this, it is in your best interest to come into college with a solid foundation of math and science. How should you do this? Challenge yourself in high school. If your school offers Honors or AP classes, take them. In the short run, this might be more difficult for you, but taking these classes legitimately makes your transition to college-level STEM academics easier.

2. Ask for help when you get stuck.

This might seem intuitive, and it sounds like a lesson you heard even in high school, but in college STEM classes, it’s even more important. Classes are a semester long. If you don’t understand something, it can be tempting to cling to your pride and try to do it all on your own. You will find, however, that work piles up quickly as you devote yourself entirely to working out a single problem that you could have gotten help on. And this is advice coming from a Stanford student, who usually falls among the brightest minds out of their entire cohort! Do not sacrifice academic performance or time management for your pride.

In fact, this goes for all kinds of help. Don’t be afraid to ask for assistance and support if that’s what you need to succeed.

3. That being said, be wary of long wait times for help with TA’s or professors.

Office hours, the college equivalent of extra help, are genuinely a great resource to work through specific problems or to get help with more conceptual issues. That being said, especially in STEM classes, the wait times can add up. A lot. It is not uncommon to wait an hour and a half for help on a problem, so make sure you factor that into your planning. For some people, talking to other students is definitely more time-efficient and sometimes even more helpful, since other students tend to speak in easier language. A reminder, however, to check your school’s Honor Code and plagiarism policy before you speak to a friend.

4. Mandatory English classes can be a struggle. There are ways to make it easier.

For many STEM students, writing is a challenge. Given the fact that many schools require that students take one or more writing-based classes, many STEM students face substantial difficult. One suggestion that actually makes a difference: see if you can find a writing class with a STEM focus that fulfills the requirement. It’s easier to write if you’re writing about something you’re interested. Also, don’t neglect your English classes while in high school. Pretty much any Stanford student will say that learning how to write before college makes the mandatory English classes much more manageable.

5. STEM classes can be large. Actually, huge.

At Stanford, the introductory coding class, CS106A, can have more than 700 students taking it at a single time. Because of this, it is often very difficult to meet and connect with your STEM professors. If you want to do so, the obligation is on you to make the effort. It is definitely worth it though; for the most part, professors are incredibly helpful and relatable (and definitely not intimidating) in a one-on-one setting.

6. Try to ignore people who can make you feel insecure.

Invariably, there will be students who raise their hands in class just to make a tangentially-related comment in order to show how extensive their knowledge of the subject is. It can be very intimidating to be in a room when this is happening and easy to feel that, in some way, there exists a failing on your part. Don’t feel this way. Focus on the material the professor is asking you to learn and ask questions when it seems productive to the discussion. Don’t feel inferior whatsoever.

7. STEM problem sets (PSETs) are different from high school homework.

In high school, teachers go through a million practice problems and tell you what to expect from your homework. In college, in-class lessons are often strictly conceptual; that is to say; sometimes professors will only explain the theories behind a topic, and provide minimal, if any, practice problems. This varies depending on your university, but as a Stanford student, I would say it holds true. In light of this, PSETs can sometimes feel like they’re coming out of left field. When this happens, your textbook is your friend! Even if textbooks weren’t useful in high school, they will be in college, so open them up when you’re stuck.

8. STEM exams can carry a lot of weight.

For STEM classes in particular, the emphasis in terms of grades is placed far more on test performance than it is on participation or discussion. In high school, you may have had weekly quizzes to buoy your grades. In college, a single exam can count for 50% of your grade. This is not intended to scare you, because this means less rote studying, but it should emphasize how important time-management is in college.

9. Attendance in STEM classes is frequently not mandatory.

Especially if classes post slides, notes, or even videos of the lecture online, there is a pretty substantial incentive to not show up. That being said, most classes only post one or some of these things; for these classes, attendance is incredibly helpful. Professors tend to explain STEM subjects in more relatable terms in person, so showing up is often worth it. Moreover, some classes, specifically the bigger ones, track attendance through “clicker questions,” wherein the ask students to answer a fairly simple quiz question on a small, student-specific “clicker” that only works in a certain range.

10. Maximize your studying and preparation.

Some classes only meet twice a week, which makes a fast pace inevitable. A word of advice: read the material being covered before lecture; professors often move quickly, skip details, and make logical jumps, so having some background makes a huge difference. Along that same vein, in college STEM classes, there is far less practice material than you may be used to in high school. Oftentimes, you will have 1 practice midterm and 1 practice final. Make good use of them. Take them under testing conditions—” timed, on paper, with whatever materials you’ll have access to during the test—” to be most efficient.

The life of a STEM student in college can be hard. Expectations are high, the material is challenging, and the pace of learning is incredibly fast. That being said, there are ways you can make this journey of following your passion easier. It starts by educating yourself. I hope these tips provide a helpful start. For more college counseling, visit the team at Empowerly for support and pointers!

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