Biology Summer Programs for High School Students: An In-Depth Guide

High school is a pivotal time for students, setting the stage for their future academic and professional pursuits. For those with a budding interest in the fascinating world of living organisms and ecosystems, biology summer programs offer a unique opportunity to nurture their passion, gain hands-on experience, and explore potential career paths. These pre-college programs serve as gateways to deeper exploration, providing expert guidance and exposure to cutting-edge research.

The Allure of Biology Summer Programs

Biology summer programs offer a multitude of benefits for high school students. They provide a chance to:

Explore diverse biological research fields: Programs like the Wake Forest Summer Immersion Biology Research Institute offer hands-on laboratory and field work, immersing students in various components of biology research.
Engage with experts: Participants often interact with leaders in different areas of biological research, learning cutting-edge techniques and engaging with ongoing scientific research projects.
Connect micro and macro levels: Students explore how biological studies connect on micro and macro levels, examining global change from the smallest organisms to vast ecosystems.
Develop research skills: Students formulate questions, learn benchtop and field techniques, collect their own data, and present their findings to their peers.
Gain real-world experience: High school biology internships, for example, allow students to gain real-world experience in the field and the lab, network with like-minded peers and professionals, and build valuable skills.
Boost college admissions: Internships and selective summer programs demonstrate a student's passion and commitment to biology, which can positively influence college admissions.

Featured Biology Summer Programs

Here's a detailed look at some outstanding biology summer programs for high school students:

1. Wake Forest Summer Immersion Biology Research Institute

This program provides a rare opportunity for high school students to explore diverse biological research fields. Through hands-on laboratory and field work experiments, students are immersed in the many components of biology research. Participants interact with experts and leaders in different areas of biological research each day to learn cutting-edge techniques and to engage with ongoing scientific research projects. The program explores how biological studies connect on micro and macro levels, examining global change from the smallest organisms to vast ecosystems. Students formulate questions, learn various benchtop and field techniques, collect their own data, and present their findings to their peers.

The faculty includes:

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Dr. Parker: An Assistant Teaching Professor in the Biology Department at Wake Forest University, teaching Field Biology and Evolution.
Dr. Kate: A PhD candidate in the Biology Department at Wake Forest University, focusing on how the biology of the oceans interacts with the surrounding environment.
Cam: A PhD student in the Biology Department at Wake Forest University, studying how disease-causing parasites interact with their hosts.
Megan: A PhD candidate studying plant hormones and root development.
Annerine Myburgh: A savanna ecologist and passionate botanist studying the drivers of biodiversity and population genetic diversity in African savanna and grassland ecosystems.

2. Stanford University High School Summer College (HSSC) - Biological Sciences

Stanford's HSSC offers a transformative experience for high school students passionate about biology. This program provides an immersive and comprehensive exploration of the biological sciences, covering a wide range of topics from molecular biology to ecology. Through engaging lectures, hands-on laboratory experiments, and enlightening field trips, participants gain a deep understanding of the fundamental principles that govern life on Earth. The curriculum is designed to challenge and inspire, allowing students to interact with esteemed faculty, collaborate with peers, and develop critical thinking skills essential for future academic pursuits. Stanford's HSSC not only equips students with a strong foundation in biology but also fosters a sense of curiosity that extends beyond the classroom, preparing them for the exciting challenges that lie ahead in the field.

3. Berkeley Lab High School Experiences in Research (EinR)

Berkeley Lab’s advanced internship program is a prestigious opportunity for students to work on an individual project with a Berkeley Lab scientist. Experience in Research allows high school students to advance their interests and aspirations in biology. Participants will form connections with Berkeley Lab mentors, build professional skills for higher education and careers in Stem, and gain experience in scientific communication and collaboration. EinR internships are paid opportunities, providing students with a stipend of up to 30 hours per week. Students in grades 11 and 12 are prioritized though underclassmen are sometimes accepted.

4. Johns Hopkins University Center for Talented Youth (CTY) - Fast-Paced High School Biology

The Center for Talented Youth (CTY) at Johns Hopkins University offers an unparalleled opportunity for academically advanced high school students to delve into the intricacies of biological sciences. The Introduction to Biological Sciences program at CTY goes beyond standard high school curricula, providing an intensive exploration of genetics, evolution, and ecology. Led by expert instructors, participants engage in thought-provoking discussions, hands-on experiments, and collaborative projects that challenge them to think critically and analytically. The program not only enhances participants' understanding of the biological sciences but also nurtures a community of like-minded individuals, creating an environment that celebrates intellectual curiosity and fosters a lifelong passion for scientific inquiry.

5. UC COSMOS

UC COSMOS is a rigorous four-week summer program hosted by the University of California system, specifically designed for high school students passionate about STEM subjects. The program brings together a diverse cohort of talented students from across California and beyond, offering them an opportunity to immerse themselves in university-level coursework and research projects. UC COSMOS campuses include UC Davis, UC Irvine, UC San Diego, UC Santa Cruz, and UC Santa Cruz Coastal Science Campus, each offering unique focuses within the STEM disciplines.

6. Brown University STEM for Rising 9th and 10th Graders

If your idea of summer fun is a deep-dive into the STEM fields, join other rising 9th and 10th grade students who are as passionate about advancing their knowledge of the STEM disciplines as you are for two weeks of hands-on team research projects, experiments and design-build challenges. You’ll choose from a range of interesting and engaging courses in the STEM disciplines. Each course combines rigorous academic content, laboratory or field exercises and a research project or design challenge that serves as a focus for academic work. You may also have the opportunity to engage with Brown graduate students and learn about graduate-level research projects. To complete the STEM experience, you’ll give a final presentation that showcases your project for your peers, families and instructors. You will experience the satisfaction of advanced academics and indulge your love of learning, without the pressure of formal grades.

7. Columbia University - Modern Biology & Its Real World Applications

The field of biology has expanded rapidly over the past fifty years. New discoveries are happening almost every day. In this course, students explore the basic elements of molecular biology, genetics, and evolution and how these sciences affect modern medicine, agriculture, and ecology. The course, offered through the Columbia NYC Residential Summer, begins with a full description of the structure, function, and synthesis of DNA, RNA, and proteins. Students then apply this information to a wide range of topics such as modern biological research techniques, data interpretation, genetic engineering, immunology, cancer, and virology. The course also includes mini-units on bioethics and the biology of global warming, and connects modern biology to fields such as anthropology, history, and economics.

8. Duke University Summer Residential Program - Healthcare Professions and Modern Medicine

This program is designed for students interested in learning about the variety of healthcare professions. It explores how the roles of healthcare professionals supplement and complement each other to achieve the ultimate goal of managing the complex medical needs of our country. Students enhance their knowledge of professional opportunities in healthcare and medicine as they explore health indicators that impact society's well-being. They hear from guest speakers from Duke University, Duke University Medical Center, and other healthcare professionals. The program includes behind-the-scenes tours of laboratories and significant medical facilities at Duke. Participants immerse themselves in the principles of healthcare from social, environmental, and community health perspectives and concerns. They analyze healthcare professionals' various roles within multiple health settings: doctors, physician assistants, nurse practitioners, nurses, occupational therapists, pharmacists, dentists, technologists, therapists, and patient navigators.

9. Yale University Young Global Scholars (YGS) - Innovations in Science & Technology

The Yale Young Global Scholars Innovations in Science & Technology (IST) program is designed for students who are interested in learning about diverse topics in the STEM fields and applying scientific principles to real-world applications. Students explore a wide variety of scientific fields such as physics, molecular biology, chemistry, biochemistry, astronomy, engineering, neuroscience, immunology, psychology, and earth science. Students also are exposed to interdisciplinary applications across the many scientific fields ranging from the nanoscopic to the astronomical in scale. Participants are challenged to examine the world as scientists as they gain exposure to a wide array of biological, physical and applied sciences topics. The session builds students’ critical thinking and analytical skills, while simultaneously stressing the importance of collaboration and teamwork, thereby training students to become more impactful scientists.

10. University of Chicago - Research in the Biological Sciences (RIBS)

This four-week intensive training program is designed to expose students to a broad range of molecular, microbiological, and cell biological techniques currently used in research laboratories. Students are immersed in the research experience, giving them a taste of "life at the bench." Using a project-based approach, the course progresses from a survey of basic lab techniques to the application of current molecular techniques in cell biology, genetics, developmental biology and cancer biology. After two weeks of basic training, students spend the remainder of the course working on an independent project. Most of a typical RIBS day is spent in lab with lectures given when needed to provide background and context for the experiments. Communication skills are important in science. RIBS students will have weekly writing assignments and keep a detailed lab notebook. Students read original research articles and participate in group presentations. Students will also attend weekly lunch time seminars given by research faculty. The course ends with a research forum in which the students present the results of their projects. Successful completion of the course will give participants the experience and confidence to work in a research laboratory.

11. Emory University Pre-College Program - Introduction to Biochemistry and Molecular Biology

Emory University's Introduction to Biochemistry and Molecular Biology program provides high school students with a focused exploration of the molecular aspects of biology. Through lectures, laboratory experiments, and discussions with faculty, participants delve into topics such as DNA structure, protein function, and cellular processes. The program not only emphasizes theoretical understanding but also encourages critical thinking and problem-solving skills essential for success in biochemistry and molecular biology. Emory's pre-college program serves as a stepping stone for students aspiring to pursue advanced studies in these fields.

Read also: REU Programs for Biology Students

12. Harvard University Secondary School Program - Biological Sciences

Harvard University's Secondary School Program in Biological Sciences offers high school students a glimpse into the world of academia at one of the most prestigious institutions. The program covers a broad spectrum of biological sciences, including genetics, ecology, and biochemistry. Through engaging lectures, laboratory work, and discussions with Harvard faculty, participants gain insights into cutting-edge research and explore the multifaceted nature of biological sciences. The program not only enhances academic knowledge but also exposes students to the vibrant intellectual community at Harvard, fostering a passion for discovery and laying the groundwork for future pursuits in the life sciences.

13. Princeton University Summer Journalism Program - Science Writing Track

While not a conventional biology program, Princeton University's Summer Journalism Program with a Science Writing Track offers a unique avenue for students interested in communicating scientific concepts. Participants in this track explore the world of biology through the lens of journalism, learning to effectively communicate complex scientific ideas to a broader audience. Through workshops, hands-on assignments, and interactions with experienced journalists and scientists, students develop valuable communication skills. This program not only expands their understanding of biology but also opens doors to diverse career paths, emphasizing the importance of effectively translating scientific knowledge for public understanding and awareness.

Additional Opportunities

Beyond these featured programs, numerous other opportunities exist for high school students interested in biology, including:

AI in Medicine Summer Programs (by the Stanford Center for Artificial Intelligence in Medicine & Imaging): These programs explore healthcare's future through AI, offering a Summer Research Internship and a Summer Bootcamp Program.
Advanced Science Exploratory Program: This program offers educational seminars aimed to ignite excitement about science, scientific research, and scientific career paths.
Various Stanford University Programs: Stanford offers a plethora of programs, including Brain Day, Camp Cardinal, Campus Walking Tours, Cardinal Kids Club, Cardiothoracic Surgical Skills Summer Internship, Clinical Anatomy Summer Program (CASP), ESP, Future Advancers of Science and Technology (FAST), Genomics Research Internship Program at Stanford (GRIPS), Health Career Collaborative (HCC), High School Chemistry Outreach, Inspiring Future Scientists through Shadowing (IFSS), Introduction to Logic High School Summer Camp, Pre-College Opportunities within Energy Research (POWER), Pre-Collegiate University-Level Online Math & Physics Courses, Science Accelerating Girls' Engagement (SAGE), Science, Technology, and Reconstructive Surgery (STaRS) Summer Internship Program, Seeds of Change, SIMR - Stanford Institutes of Medicine Summer Research Program, SLAC Summer Internship Program, SPLASHSplash!, Stanford AI4ALL, Stanford CARE AI Summer Program for High School Students, and Stanford Clinical Science, Technology and Medicine Sumer Internships.
University of Texas at Dallas Programs: The Department of Biological Sciences at UT Dallas offers programs like the Summer Biology Research Workshop (SBRW), Foundations of Computational Biology, and Virtual Biology Camps.
Aquatic Chemical Ecology (ACE) at Georgia Tech: A summer research program supported by the National Science Foundation REU (Research Experience for Undergraduates) program.

The Impact of Internships

Internships provide a host of benefits to high schoolers, particularly in fields like biology. High school biology internships allow students to gain real-world experience in the field and the lab, network with like-minded peers and professionals, and build valuable skills. Internships can also boost a student’s odds of college admissions.

Here are some examples of biology-related internships:

Monell Science Apprenticeship Program: This paid summer apprenticeship program seeks to stimulate interest in biomedical science and medicine careers, particularly in underrepresented groups.
Biological Field Station Internship Program: This fun, 9-week high school internship is open to New York residents ages 16 and older, focusing on water quality and biota monitoring.
Ford Motor Company Research and Community Service Internship: This prestigious summer internship program offers students the opportunity to gain real-world research experience in the life sciences.
Idaho National Laboratory (INL) STEM Internships: INL provides paid STEM internships to high school students, pairing interns with mentors to develop innovative solutions to real-world projects.
AFS Multicultural Internship Program: This paid summer program sponsored by the American Fisheries Society aims to stimulate interest in fisheries and aquatic science among groups underrepresented in the profession.
Secondary Student Training Program (SSTP): SSRP is a great opportunity for high school juniors and seniors to gain real-world, mentored research experience.
Apprenticeships in Science & Engineering (ASE): ASSIP provides high school and undergraduate students the chance to work with researchers one-on-one and gain firsthand experience using cutting-edge equipment and technology.
High School Internship in Translational Science (HiSTEP): HiSTEP aims to expand the number of students interested in biomedical and healthcare careers-specifically high school juniors from the District of Columbia, Virginia, and Maryland (DMV) metro area.
Young Women in Science (YWIS): YWIS provides research-based education opportunities to high school students interested in STEM.
Broad Institute Summer Research Program: This opportunity from the Broad Institute in Cambridge, Massachusetts, enables high schoolers to conduct research projects in various fields.
NYC High School Students Summer Internship Program: New York City residents interested in urban environmental issues will want to check out this program exploring ecological restoration and urban ecology.
Los Alamos National Laboratory STEM Internships: Los Alamos National Laboratory offers a number of STEM internship opportunities to rising high school seniors from northern New Mexico.
Translational Research Summer Internship Program (TRSIP): This program is aimed at students interested in health sciences, statistics, and computational sciences-its goal is to nurture future leaders in translational medical research.
Ball State University Summer Research Program for High School Students: This eight-week summer program is open to high school juniors from Marion County, Indiana, public schools interested in science.
Summer Internship Program in Biomedical Research (SIP): This competitive paid internship is aimed at students entering their senior year who are from backgrounds underrepresented in biomedical science.
Research Science Institute (RSI): This summer program provides participants with the opportunity to perform real-world scientific work-conducting a research project and working as a member of a biomedical research team.
Rockefeller University Summer Science Research Program (SSRP): Current high school juniors who live within a 25-mile radius of New York City will want to look into this summer program that provides hands-on laboratory and research experience.
Garcia Summer Scholars Program: Interns engage in hands-on research, develop their technical skills, build scientific knowledge, and hone valuable skills like critical thinking.
Ladder Internships: Ladder Internships is a selective start-up internship program for ambitious high school students!
Introductory College Level Experience in Microbiology (iCLEM): The Introductory College Level Experience in Microbiology (iCLEM) aims to introduce economically disadvantaged high school sophomores and juniors to biotechnology, microbiology, and biofuels.
YMCA Earth Service Corps: This Bay Area program combines activities like wildlife monitoring and habitat restoration with community building, service learning, and exploration.
Roswell Park Cancer Institute Summer Research Experience Program: High school juniors in Western New York interested in a future in science will want to explore this opportunity.
Maine Summer Student Program (MSSP) at The Jackson Laboratory: This prestigious summer program focused on genetics and genomics research is held at both Jackson Laboratory’s Bar Harbor, Maine, campus, as well as its Farmington, Connecticut, campus.
Oklahoma Medical Research Foundation (OMRF) Sir Alexander Fleming Scholar Program: The goal of this summer internship program is to support and encourage young people to pursue careers in healthcare and biomedical research.
Summer Scholars Program at the University of Florida: Approximately 40 high school sophomores and juniors are chosen annually to conduct research in biology, agriculture, environmental science, and natural science as part of this program.

The Biomedical Research Academy introduces the experimental basis of cellular, molecular, and genetic aspects of biology, focusing on relevance to diseases. Fusing daily lectures, faculty research talks, laboratory experiments, and small group investigations into current research topics, students gain insight into the core of biomedical research. Guest lecturers include scientists, clinicians, and faculty from the Department of Biology and Penn's School of Medicine. Topics covered change each year with guest lecturers participating in the academy. Frequently covered topics include genome sequencing, CRISPR/Cas-9, vaccine research, antibiotic resistance, bioethics, and much more. Journal club: Students are placed into small groups to discuss peer-reviewed research articles each day. Under the guidance of a Penn researcher or faculty member, students learn how to read, interpret, analyze, and critique primary research. Wet lab: For 9 of the 13 daily laboratory sessions, students will be in "wet lab" performing hands-on molecular biology experiments in the same labs used for undergraduate courses. Using techniques such as PCR, gel electrophoresis, restriction analysis, bacterial transformation, and ELISA, students will determine their blood type, investigate gene expression in bacteria, and analyze a mock disease outbreak. Computational lab: For 4 of the 13 daily laboratory sessions, students will be in a "computational lab" where students dive into the exciting intersection of biology and computer science to uncover hidden stories within DNA. Using Python, they’ll learn how to analyze real biological data to identify patterns, interpret results, and draw meaningful scientific conclusions. They’ll see how bioinformatics drives discoveries in areas like cancer research, infectious disease tracking, and personalized medicine.

Dr. Dilks teaches high school in Haddonfield, New Jersey and is a part-time biology instructor at the University of Pennsylvania. He loves the subject matter and is passionate about inspiring and teaching the next generation of biomedical researchers. Dr. Ryan Dilks, who serves as the program co-director, is a Rutgers University graduate with a background in general science. He is dedicated to continually refining his cram of teaching, evident by him earning a master's degree in teaching and learning in 2003 along with various other graduate-level education classes. Since 1997, he has passionately inspired his students at Cherokee High School to develop a similar love of science. His teaching philosophy centers around challenging young minds and fostering a self-belief in his pupils that they are able to accomplish more than they had ever imagined. Beyond academia, Mr.

Maximizing Your Chances of Acceptance

To increase your chances of being accepted into a competitive biology summer program or internship, consider the following:

Maintain a Strong Academic Record: A high GPA and strong performance in science and math courses are essential.
Highlight Relevant Experiences: Showcase any previous science-related activities, such as science clubs, competitions, or independent research projects.
Craft a Compelling Application: Clearly articulate your passion for biology, your goals for the program, and how your skills and experiences align with the program's objectives.
Seek Recommendation Letters: Request letters from teachers or mentors who can speak to your academic abilities, work ethic, and potential in the field of biology.

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