A course is a structured academic unit designed to teach a specific subject through lessons, assignments, and assessments. Courses can be online or in-person, self-paced or instructor-led, and usually focus on structured knowledge-building rather than mentorship or long-term research. For those interested in molecular biology, these courses focus on how DNA, RNA, and proteins interact within real cellular systems and how those interactions are studied in research labs. Unlike general biology classes, molecular biology courses for high school students introduce you to experimental workflows used in biotechnology and biomedical research. You work with processes like DNA extraction, polymerase chain reaction (PCR), gel electrophoresis, and restriction enzyme mapping. These techniques help you understand how genetic information is isolated, amplified, and analyzed in actual experiments.
What do molecular biology courses for high schoolers include?
In most molecular biology courses for high school students, you start by learning how genetic information flows inside cells from DNA replication to protein synthesis. Many molecular biology courses for high school students include hands-on or simulated lab work, such as DNA extraction and purification, PCR amplification, cell imaging, and gene expression analysis. More advanced molecular biology courses for high school students also introduce computational tools. You may use R programming for biological datasets, genomic and protein databases, sequence alignment tools, and bioinformatics pipelines for analyzing mutations or gene expression. Across all molecular biology courses for high school students, the emphasis is on connecting molecular mechanisms (such as mutations and signaling pathways) to real biological outcomes, such as disease, immunity, and development.
Below is a curated list of 15 molecular biology courses for high school students. If you are looking for broader opportunities in biology, you can also check out our guide on biology programs for high school students here.
Key Takeaways
- Molecular biology courses for high school students go well beyond standard biology curricula, introducing lab techniques like PCR, gel electrophoresis, RNAi, Western blot, and CRISPR alongside computational tools including R programming, bioinformatics databases, and sequence alignment
- Programs span a wide range of disease-focused applications including cancer biology, neurodegenerative disease, immunology, aging, antibiotic resistance, and infectious disease, giving you a preview of where molecular biology research is actively making an impact
- Options range from affordable self-directed online courses under $500 to residential university programs at Columbia, Brown, Stanford, and Penn costing $4,000 to $12,000, with scholarships available across several programs
- Most courses conclude with a research project, peer presentation, or professional scientific report, giving you practice producing and communicating independent scientific work alongside the core technical training
15 Molecular Biology Courses for High School Students
1. Columbia University Pre-College: Cell and Molecular Biology of Medicine
Location: Virtual | Columbia University, New York, NY
Cost: $2,866 (fall/spring) | $4,018 (summer online) | $2,883 (summer commuter)
Dates: Multiple sessions: 10 weeks (fall/spring), 2 weeks (summer online), 1 week (summer in-person)
Application Deadline: Varies by session
Eligibility: High school students who have completed one year of biology and chemistry
This molecular biology course introduces high school students to the molecular mechanisms underlying human pathology and the modern pharmacological interventions that target them. You’ll study the full life cycle of a drug, from discovery and design to administration, and how specific therapeutics alter the function of their targeted cellular pathways to achieve clinical outcomes. Core learning modules cover the details of drug toxicity, drug-to-drug interactions, and systemic metabolic responses using case studies such as insulin treatments and opioid receptors. You’ll also analyze modern innovations such as CAR T-cell engineering and immunotherapies using structural molecular visualization tools.
2. Summer@Brown: Characterizing C. elegans Using Reverse Genetics
Location: Virtual | Brown University, Providence, RI
Cost: $10,858 (residential) | $8,902 (commuter)
Dates: June 22–July 24
Application Deadline: May 15
Eligibility: Students ages 16-18 with an intermediate experience level in biology
This Course-based Research Experience (CRE) guides students through the design and execution of reverse genetics experiments in microscopic nematodes. During the initial virtual period, you’ll learn techniques for hypothesis testing and conduct literature reviews on gene-targeting profiles. Upon transitioning to the on-campus wet lab facilities, you’ll use RNA interference (RNAi) techniques to silence targeted genes and observe how it affects the animal’s phenotypes. Practical training covers advanced laboratory techniques such as genetic manipulation, microscopy, polymerase chain reaction (PCR), agarose gel electrophoresis, SDS-PAGE, and Western blot.
3. Biolympiads Advanced BioResearch Program
Location: Virtual
Cost: $1,400
Dates: Weekends from April 4 to June 7
Application Deadline: Rolling
Eligibility: Middle and high school students globally
Led directly by a Harvard University professor, this course details the intersection of molecular research technologies and experimental biomedical engineering. You’ll explore the principles governing molecular living systems by looking at the foundations of cellular replication and macromolecular pathways. Dedicated modules take you through advanced biology topics like genome editing via CRISPR-Cas9 mechanics, next-generation sequencing, synthetic biology, and advanced microscopy. The final phase requires each student to engineer an independent, structured research proposal evaluated directly by the instructional faculty.
4. Rosetta Institute of Biomedical Research: Molecular Biology of Cancer Workshop
Location: UC Berkeley and UC San Diego, CA
Cost: $3,780 (scholarships available) | A limited number of non-residential commuter spots available for $2380
Dates: UC Berkeley: May 31–June 13; June 14–27 | UC San Diego: July 5–18
Application Deadline: Rolling
Eligibility: Students ages 14-18
This molecular biology camp provides high school students with insight into the molecular, cellular, and genetic breakdowns that trigger oncogenesis. You’ll study the normal physiological processes of the cell cycle before investigating how these systems are corrupted. Topics covered include gene mutation, DNA repair, cell death, angiogenesis, metastasis, cancer stem cells, personalized medicine, and tumor immunology or immunotherapy. The workshop culminates with an original, peer-reviewed research project on a gene or molecular process of your choice.
5. Summer@Brown: Fermentation Frontiers: Wild Yeast Identification
Location: Virtual | Brown University, Providence, RI
Cost: $10,858 (residential) | $8,902 (commuter)
Dates: June 22–July 24
Application Deadline: May 15
Eligibility: Students ages 16-18 who have completed high school-level biology and chemistry
This molecular biology course implements hands-on fieldwork and laboratory steps to locate, isolate, and categorize a novel wild yeast strain. You’ll begin by establishing a baseline understanding of foundational concepts in molecular biology and microbiology and designing a research proposal. The on-campus lab portion focuses intensely on methods and strategies for isolating the strain and using molecular techniques to identify the species and characterize their unique genetic characteristics. The final deliverable requires compiling your data into a professional scientific report and mapping your results.
6. UCSD Research Scholars: Life Sciences: Fundamentals of Bioinformatics and Biostatistics
Location: Virtual
Cost: $2,000
Dates: March 30–June 4 (Spring) | June 29–July 30 (Summer)
Application Deadline: March 2026 (Spring) | June 5 (Summer)
Eligibility: High school students (grades 9–12)
This course introduces high school students to the theory and practical applications of bioinformatics in the study of genes and proteins. You’ll engage with lectures and computer labs as you study primary scientific literature and explore custom datasets. The training modules focus on genomic and biomolecular databases, next-generation sequencing technologies, genome and structural informatics, phylogenetics, and transcriptomics. You’ll get hands-on instruction in the R programming language as you explore advancements in genomics and proteomics.
7. Rosetta Institute of Biomedical Research: Molecular Neuroscience Workshop
Location: UC Berkeley and UC San Diego, CA
Cost: $3,780 (scholarships available) | A limited number of non-residential commuter spots available for $2380
Dates: UC Berkeley: May 31–June 13; June 14–27 | UC San Diego: July 5–18
Application Deadline: Rolling
Eligibility: Students ages 14-18
This course uses the foundations of molecular biology to explore molecular neurobiology, covering topics like action potentials, memory, emotion, learning, and visual perception. The lessons focus on how normal molecular signaling lines break down during the development of neurodegenerative pathologies such as Alzheimer’s, Parkinson’s, schizophrenia, psychopathy, depression, and addiction, among others. You’ll also learn about strategies for pharmaceutical intervention as well as future drug development. The program wraps up with individual research projects based on what you’ve learned.
8. Stanford Summer Sessions: The Molecular Basis of Disease
Location: Stanford University, Stanford, CA
Cost: $4,515
Dates: June 22–August 13
Application Deadline: December 15 (early decision) | January 20 (regular decision)
Eligibility: High school sophomores, juniors, and seniors who are 16-19 years old
This molecular biology course introduces high school students to the core molecular foundations of human disease pathways. The curriculum explores structural variations in biological macromolecules, cell genetics, and evolutionary variations to explain systemic human pathology. Instruction breaks down the material into three core categories: infectious diseases, cancer, and inherited genetic conditions. You’ll investigate the current molecular understandings of each of these, alongside the biomedical engineering approaches used to design modern cures.
9. UCSD Research Scholars: Life Sciences: Applied Bioinformatics and Biostatistics
Location: Virtual
Cost: $2,000
Dates: March 31–June 5 (Spring) | June 30–July 31 (Summer)
Application Deadline: March 26 (Spring) | June 5 (Summer)
Eligibility: 10th to 12th graders who have completed “Fundamentals of Bioinformatics and Biostatistics” or “Introduction to Bioinformatics and Statistics”
This advanced course builds on baseline informatics skills to explore research-generated datasets and perform statistical analysis. You’ll analyze behavioral, physiological, genomic, transcriptomic, and metagenomic data sets using the R programming language. The data will be generated from a fruit-fly sex-specific neurobiology project, and you’ll focus on behavior, microbial genomics, and head gene expression relative to mating, food restriction, and temperature stress scenarios. The course outcomes require students to generate complete data reports that meet professional laboratory publication standards.
10. Columbia University Pre-College: Modern Biology & Its Real World Applications
Location: Columbia University, New York, NY
Cost: $12,838 (residential) | $6,381 (commuter)
Dates: Summer A: June 29–July 17 | Summer B: July 21–August 7
Application Deadline: March 3 (early) | March 17 (general)
Eligibility: High school students
This molecular biology course maps the structural foundations of DNA, RNA, and proteins to track their roles in living biological networks. The curriculum translates these models into real-world modules covering genetic engineering systems, modern virology, translational immunology, and more. You’ll also have units on bioethics and climate biology that explore the societal, legal, and economic considerations driving contemporary gene-editing regulations. While this course omits wet-lab work, it uses interactive data modeling to build professional scientific literacy.
11. Summer@Brown: Antibiotic Drug Discovery: Identifying Novel Soil Microbes to Combat Resistance
Location: Virtual | Brown University, Providence, RI
Cost: $10,858 (residential) | $8,902 (commuter)
Dates: June 22–July 24
Application Deadline: May 15
Eligibility: Students ages 16-18
This research course places high school students in university lab environments to identify and test new microbial strains for antibiotic resistance. The initial online phase focuses on parsing primary microbiology publications and formulating robust, testable screening hypotheses. Upon entering the on-campus wet lab facilities, you’ll handle actual soil samples to isolate uncharacterized bacterial colonies by using micropipettes, executing polymer chain reaction (PCR) amplifications, and running agarose gel electrophoresis to check DNA targets. The course culminates in a symposium, where you format and present your novel microbial discoveries to academic peers.
12. Rosetta Institute of Biomedical Research: Molecular Biology of Aging Workshop
Location: UC Berkeley, CA
Cost: $3,780 (scholarships available) | A limited number of non-residential commuter spots available for $2380
Dates: June 14–27
Application Deadline: Rolling
Eligibility: Students ages 14-18
This molecular biology course details the molecular and cellular degradation patterns that dictate the aging process. You’ll start with an overview of the molecular processes surrounding embryonic development, after which you’ll explore the molecular biology of aging and aging-related diseases like Alzheimer’s, cardiovascular diseases, and cancer. The curriculum covers embryogenesis, stem cell biology/epigenetics/cell differentiation, genes that regulate aging and lifespan, mitochondrial dysfunction, telomeres, and senescence, with an emphasis on next-generation therapeutic strategies to slow the aging process. The course ends with students drafting an original research project.
13. Penn Summer Academy: Biomedical Research Academy
Location: University of Pennsylvania, Philadelphia, PA
Cost: $10,050 (scholarships available for select Philadelphia students)
Dates: July 11–August 1
Application Deadline: May 1
Eligibility: 9th to 11th graders who have completed one year of high school biology
This program outlines the experimental foundations of cellular, molecular, and genetic biology, with a focus on disease. You’ll work inside university undergraduate wet labs for 9 of the 13 practical sessions to perform molecular procedures. Technical training modules include PCR, gel electrophoresis, restriction analysis, bacterial transformation, and ELISA. The remaining laboratory sessions take place in a dedicated computational lab, where you use Python scripts to analyze raw biological sequencing datasets. The program wraps up with group presentations based on the primary literature findings covered in a journal club.
14. Sally Ride Science Academy: Marine Microbiology
Location: Virtual
Cost: $475
Dates: July 6–24
Application Deadline: June 29
Eligibility: High school students
This course details the diversity, functions, and ecological significance of microscopic organisms living in marine environments. You’ll examine the molecular adaptations that allow marine bacteria to thrive in extreme oceanic zones. You’ll work through structured digital lab simulations to study microbial cell functions/metabolisms, and how this study can be applied to biotechnology and related industries. You’ll also learn to interpret microbial shifts and interactions to see how they affect the environment and human health.
15. Rosetta Institute of Biomedical Research: Molecular Immunology Workshop
Location: UC San Diego, CA
Cost: $3,780 (scholarships available) | A limited number of non-residential commuter spots available for $2380
Dates: July 5–18
Application Deadline: Rolling
Eligibility: Students ages 14-18
This course details the function and regulation of the immune system at the molecular level. The academic material covers normal immune surveillance against pathogenic processes such as viral and bacterial infections, immunodeficiency disorders, and autoimmune diseases resulting from hyperactive or poorly controlled immune systems. Instructors will also cover the human microbiome, vaccine/antibiotic development, emerging viruses, the role of inflammation in tumor development and type 2 diabetes, allergy, and cancer immunotherapy. The program concludes with a research presentation in which you present data on the chosen immunogenetic profiles.
One more option – Horizon Academic Research Program
If you want structured research exposure beyond molecular biology courses for high school students, consider applying to Horizon’s Research Seminars and Labs! This is a selective virtual research program that lets you engage in advanced research and develop a research paper on a subject of your choosing. Horizon has worked with 1000+ high school students so far and offers 600+ research specializations for you to choose from. You can find the application link here!
Frequently Asked Questions
What are molecular biology courses for high school students?
Molecular biology courses for high school students introduce how DNA, RNA, and proteins interact within cells and how those interactions are studied in research labs. Unlike general biology, these courses cover experimental techniques like PCR, gel electrophoresis, restriction enzyme mapping, and gene expression analysis, as well as computational tools used to analyze biological data. Many courses connect molecular mechanisms directly to human disease, drug development, and biotechnology.
Do I need prior biology or chemistry experience to enroll?
Most courses require at least one year of high school biology, and some recommend chemistry as well. Summer@Brown courses require an intermediate biology background and specify ages 16 to 18. Columbia Pre-College courses ask for completion of both biology and chemistry. Rosetta Institute workshops accept students ages 14 to 18 without strict prerequisite requirements. The Sally Ride Science Academy course and Biolympiads program are more accessible entry points for students earlier in their science education.
Are there molecular biology courses that include actual wet lab work?
Yes. Summer@Brown courses transition from a virtual preparation phase into on-campus wet labs at Brown University. The Penn Summer Biomedical Research Academy includes nine wet lab sessions covering PCR, gel electrophoresis, bacterial transformation, and ELISA. Rosetta Institute workshops at UC Berkeley and UC San Diego include hands-on lab components. The antibiotic discovery course at Brown involves handling real soil samples and running PCR in university facilities.
Which molecular biology courses include computational or bioinformatics training?
UCSD Research Scholars Fundamentals and Applied Bioinformatics courses are built entirely around R programming, genomic databases, transcriptomics, and phylogenetics. Penn Summer Biomedical Research Academy includes computational lab sessions using Python for sequencing analysis. Columbia Pre-College Modern Biology uses interactive data modeling. Biolympiads Advanced BioResearch covers next-generation sequencing and synthetic biology from a computational perspective.
What disease topics do these courses cover?
The programs on this list collectively cover cancer biology, neurodegenerative diseases including Alzheimer’s and Parkinson’s, immunodeficiency and autoimmune disorders, antibiotic resistance, aging and cellular senescence, infectious disease and virology, and the molecular basis of inherited genetic conditions. This breadth reflects both the scope of molecular biology as a field and the kinds of research questions students encounter in university labs.
When should I apply to molecular biology courses for high school students?
Stanford Summer Sessions has early decision and regular deadlines in December and January. Columbia Pre-College has early and general deadlines in March. Penn Summer Academy closes May 1. Summer@Brown closes May 15 across its offerings. UCSD Research Scholars has spring and summer application windows with deadlines in March and June. Rosetta Institute workshops use rolling admissions, so applying early is advisable even without a fixed deadline.
Image Source: UC San Diego