Biotechnology is the discipline where biology meets technology, blending principles from chemistry, engineering, and data science to solve real-world problems such as improving human health and protecting the environment. In biotech, you don’t just learn how life works; you learn to use biological systems to create solutions. This could mean editing genomes with CRISPR, engineering bacteria that can break down plastic waste, or developing smarter ways to produce medicine and food.
Biotech is at the forefront of scientific innovation. In medicine, it drives the development of personalized therapies and vaccines. In agriculture, biotech enables the creation of drought-resistant crops. Environmental science relies on biotech for cleaner energy and technologies that repair polluted ecosystems. As genomics and data science become more integrated, students who can analyze and interpret biological data are increasingly in demand across these sectors.
How does taking a biotech course benefit high school students?
Taking a biotech course in high school gives you an early edge. You gain exposure to advanced lab methods, biological data analysis, and experimental design- skills that many students don’t encounter until college. More importantly, you learn how scientists think and work in the real world. These courses build critical thinking, problem-solving, and technical proficiency required for college-level research and future careers in the life sciences and related fields.
Key Takeaways
- 11 biotech courses give high school students hands-on lab experience with techniques like PCR, gene editing, and bioinformatics, ranging from short one-week intensives to multi-week programs at major research universities.
- CRISPR and gene editing recur across several programs. Brown University’s Techniques in Molecular Biology centers on a multi-step CRISPR gene-editing project, and Georgetown’s Biotechnology for Science & Health Academy has students perform actual gene cloning and DNA profiling.
- Cost varies widely, from Boston University’s Biology 1 at $3,580, up to University of Pennsylvania’s Biomedical Research Academy at $10,050 and Harvard’s Integrated Biology Laboratory at $9,100.
- Prerequisite requirements differ significantly across programs. Columbia’s Cell and Molecular Biology of Medicine course requires a year each of high school biology and chemistry, and Harvard’s Integrated Biology Laboratory requires completion of two specific prior courses within Harvard’s Secondary School Program.
- Several courses connect lab technique directly to real medical case studies. Yale’s Biochemistry, Biophysics, and Cell Biology course uses HIV and AIDS antiviral therapy as a case study, and Columbia’s Cell and Molecular Biology of Medicine examines drug mechanisms through examples like insulin signaling and CAR T-cell immunotherapy.
- These programs increasingly build computational and data analysis skills alongside wet-lab work. UPenn’s Biomedical Research Academy includes four computational modules on Python-based bioinformatics, and UC San Diego’s Introduction to Bioengineering has students analyze physiological signals to extract meaningful data.
- Biotech courses are a strong way to build lab technique and experimental research skills, but they are not the only path for a student interested in independent research. Those who want to pursue a research project in a different field might consider Horizon’s Research Seminars and Labs, a mentored virtual research program with 600+ specializations across subjects like data science, political theory, and machine learning.
1. Harvard University: Integrated Biology Laboratory
Location: Cambridge, MA
Cost: $9,100, of which $3,850 is the tuition cost and remaining is the residential cost
Acceptance rate/cohort size: Highly selective, participants capped at 24
Dates: July 14 – August 7
Application Deadline: February 11
Eligibility: Rising juniors and seniors part of Harvard’s Secondary School Program who have completed BIOS S-1a and BIOS S-1b
This course offers a hands-on introduction to experimental biology, focusing on the techniques that underpin modern biotechnology. You will learn key laboratory techniques such as Dissection, Tissue Microscopy, Genome Sequence Analysis, and Microbe Biochemical Testing; tools used by scientists and real researchers. What sets this course apart is its integrated, case-based clinical approach. By connecting methods from multiple biology disciplines, you’ll learn how laboratory science is applied to real biomedical problems. This makes the course especially well-suited for students with a strong interest in the intersection of anatomy and biotechnology.
2. Stanford University BIO32S-01: Introduction to Biotechnology
Location: Stanford, CA
Cost: $3,859 tuition fee
Acceptance rate/cohort size: Selective
Dates: June 20 – August 16
Application Deadline: December 15 early, January 20 regular, March 2 late
Eligibility: Current sophomore, junior, senior high schoolers aged at least 16 years old by the start of the program
This course focuses on the molecular mechanisms of disease and the biotechnological tools used in modern diagnostics and therapeutics. You’ll explore the principles of Immunology, Genetic Engineering, and Molecular Diagnostics. The coursework involves analyzing case studies on the development of monoclonal antibodies and gene therapies, resulting in insights into how lab discoveries translate into clinical solutions. You’ll gain theoretical proficiency in techniques such as PCR, ELISA, and flow cytometry, understanding how these tools are deployed by scientists to detect biomarkers and treat pathologies.
3. Georgetown University XSPP-073: Biotechnology for Science & Health Academy
Location: Washington, DC
Cost: $5,530 (Commuter) | $6,800 (Residential)
Acceptance rate/cohort size: Open to qualified applicants
Dates: June 28 – July 10
Application Deadline: April 15
Eligibility: High school students aged 15+ with at least a 2.0 GPA
This academy introduces high school students to applied molecular biology focusing on forensic and epidemiological applications of biotech. You’ll work with advanced techniques such as Restriction Digestion and Gel Electrophoresis to profile DNA, while using bioinformatics tools to analyze and interpret genetic data. You will actually perform gene cloning and analysis, understanding the role of DNA and protein diagnostics in modern healthcare.
4. Brown University: Techniques in Molecular Biology
Location: Providence, RI
Cost: $3,096 for commuter, $3,748 for residential
Acceptance rate/cohort size: Open to qualified applicants; Small lab sections
Dates: July 7 – 11
Application Deadline: May 8
Eligibility: Rising 10th-12th graders
This laboratory-intensive course puts you at the center of a multi-step CRISPR gene-editing project, combining core theory with hands-on molecular biology practice. You will learn essential wet-lab techniques such as DNA Transformation, Polymerase Chain Reaction (PCR), and Agarose Gel Electrophoresis to modify and analyze genetic material. Beyond the lab, the curriculum connects the history of gene editing with data analysis, teaching you how to critically evaluate experimental results and navigate the complex ethical landscapes of gene therapy.
5. Columbia University BIOS0301: Cell and Molecular Biology of Medicine
Location: New York, NY
Cost: $2,815 for academic year weekend, $4,015 for online summer
Acceptance rate/cohort size: Selective
Dates: Two-week course with multiple sessions available throughout the year
Application Deadline: December 15 for academic year weekend, April 2 for summer
Eligibility: One year of high school biology and one year of high school chemistry
This course takes you inside how modern medicines are designed and how they work in the body. You’ll follow the entire journey of a drug, from molecular design to metabolic breakdown. You will investigate the mechanisms of drug action on the body (pharmacodynamics) and the body’s handling of these compounds (pharmacokinetics), analyzing factors such as receptor binding, toxicity profiles, and drug-drug interactions. With the help of clinical case studies, including insulin signaling, aspirin metabolism, and CAR T-cell immunotherapy, you’ll see how these principles apply in real medical settings.
6. University of Pennsylvania: Biomedical Research Academy
Location: Philadelphia, PA
Cost: $10,050
Acceptance rate/cohort size: Selective
Dates: July 11 – August 1
Application Deadline: Rolling
Eligibility: High school students with a 3.5 GPA who have completed one year of high school biology and chemistry
This program blends advanced theory with hands-on experience, giving you a taste of how modern biomedical research works. You’ll start with daily lectures by Penn Medicine faculty on high-impact fields such as Genome Sequencing, CRISPR/Cas-9, and Bioethics. Learning goes beyond lectures through an interactive journal club, where you will learn to critique primary literature and defend research findings. The curriculum is heavily lab-based, featuring nine wet-lab sessions focused on molecular techniques such as PCR, bacterial transformation, and ELISA to analyze gene expression and model disease outbreaks. You’ll also complete four computational modules on Python-based bioinformatics, teaching you to derive patterns from biological data in the context of cancer research and infectious disease tracking, regardless of prior coding experience.
7. Syracuse University: Introduction to Biotechnology Lab Techniques
Location: Syracuse, NY
Cost: $4,024 (Commuter) | $4,995 (Residential)
Acceptance rate/cohort size: Rolling admissions
Dates: July 5 – 17
Application Deadline: May 1
Eligibility: Rising sophomores, juniors, and seniors with a 3.0 GPA aged at least 15 years old
This course provides a foundation in the working of a modern biotechnology laboratory. You will learn how to carry out core molecular protocols, including DNA Extraction, PCR Amplification, and Protein Purification, with a strict emphasis on precision and Good Laboratory Practice (GLP). Beyond benchwork, the course focuses on professional-grade documentation through detailed lab notebooks to ensure that experiments can be reproduced and verified, just like in a real research environment. Along the way, you’ll develop critical analytical skills by troubleshooting technical deviations, interpreting data sources, and connecting your results to existing research through scientific literature review.
8. Tufts University LSI: Lab Science Investigations
Location: Medford, MA
Cost: $5,425 (Commuter) | $6,950 (Residential)
Acceptance rate/cohort size: Highly selective
Dates: July 5 – 17
Application Deadline: May 1
Eligibility: Students entering grades 11-12, 16+ years old, with one year of high school biology completed
This program uses the global antimicrobial resistance crisis as a case study for microbiological research. You will examine the intersection of human, animal, and environmental health factors contributing to antibiotic failure. Drawing on approaches from epidemiology, veterinary science, and biomedical engineering, the curriculum allows you to utilize professional laboratory techniques used to study resistance mechanisms. You’ll work under the guidance of the Tufts Levy Center for Integrated Management of Antimicrobial Resistance (CIMAR) throughout the program.
9. UC San Diego BENG 1: Introduction to Bioengineering
Location: San Diego, CA
Cost: $3,000 – $4,000
Acceptance rate/cohort size: Selective
Dates: June 29 – August 1 OR August 3 – September 5
Application Deadline: June 15
Eligibility: High school students aged 16+ with a minimum 3.3 GPA
This course introduces high school students to the subfields of Bioengineering, including Biomechanics and Neural Engineering, while teaching the fundamental physical principles governing biological systems. Your assignments involve designing simple medical devices and analyzing physiological signals, learning how raw data becomes meaningful insights. The course focuses on the engineering design process, requiring you to identify clinical needs and propose engineering solutions based on feasibility.
10. Yale Summer Session BIOL S1050: Biochemistry, Biophysics, and Cell Biology
Location: New Haven, CT
Cost: $5,480
Acceptance rate/cohort size: Very selective
Dates: May 25 – June 26
Application Deadline: February 20 early, March 13 regular
Eligibility: Current high school juniors or seniors aged 16 years or older
This course takes you deep into life at the molecular level, focusing on how cells function and communicate through membranes. You will analyze the three-dimensional architecture of biological macromolecules to understand their functional roles within the human genome. The curriculum utilizes a case study on HIV/AIDS antiviral therapy to demonstrate principles of rational drug design. Furthermore, you will investigate the biophysics of membrane signaling, the kinetics of the secretory pathway through the rough endoplasmic reticulum, and the mechanical properties of the cytoskeleton during cell division.
11. Boston University CAS BI 107: Biology 1
Location: Boston, MA
Cost: $3,580
Acceptance rate/cohort size: Selective
Dates: June 29 – August 7
Application Deadline: May 22
Eligibility: Rising high school juniors and seniors
This course provides a foundation in cellular biology for high school students considering majors in the life sciences. You’ll explore core concepts such as the Thermodynamic Principles of Metabolism and the molecular mechanisms behind DNA Replication. In the lab, you’ll gain hands-on experience with tools such as spectrophotometry, microscopy, and enzyme kinetics assays. You will also learn how to apply statistical analysis to experimental data, testing hypotheses and determining statistical significance, so you can think and work like a scientist from the start.
Frequently Asked Questions
Do I need prior biology or chemistry coursework to apply?
Yes, for several of these. Columbia’s Cell and Molecular Biology of Medicine requires one year each of high school biology and chemistry, UPenn’s Biomedical Research Academy requires the same alongside a 3.5 GPA, and Tufts’ Lab Science Investigations requires at least one year of completed biology.
Which of these courses focus specifically on gene editing techniques?
Brown University’s Techniques in Molecular Biology is centered entirely on a CRISPR gene-editing project, and Georgetown’s Biotechnology for Science & Health Academy also has students perform gene cloning and DNA profiling using restriction digestion and gel electrophoresis.
Which programs include computational or data analysis components alongside lab work?
UPenn’s Biomedical Research Academy includes four computational modules on Python-based bioinformatics, and Boston University’s Biology 1 has students apply statistical analysis to experimental data to test hypotheses, so both wet-lab and computational skills are represented.
How selective are these programs compared to one another?
Selectivity varies. Harvard’s Integrated Biology Laboratory caps participants at 24 and requires completion of prerequisite courses, making it one of the more restrictive options, while programs like Syracuse’s Introduction to Biotechnology Lab Techniques use rolling admissions and Georgetown’s academy is open to qualified applicants more broadly.
What if I am interested in research outside of biotechnology or molecular biology?
These courses are focused specifically on lab technique and biotechnology, but students looking for a research based credential in a different subject area might consider Horizon’s Research Seminars and Labs, a selective virtual research program that pairs students with a mentor to develop an original research paper across subjects like data science, political theory, and machine learning.
Image source: Brown University