15 Biochemistry Opportunities for High School Students

Participating in a biochemistry program while still in high school offers a decisive advantage if you’re aiming to navigate the complexities of molecular biology and chemical kinetics in college. These programs are often structured, time-bound experiences, typically lasting from several weeks to a few months, that integrate a formal academic curriculum with expert mentorship and laboratory exploration. You will learn through a combination of didactic lectures and hands-on investigation, often culminating in the acquisition of academic credit, a professional certificate, or a research stipend. 

Why should you participate in a high school biochemistry program? 

The technical proficiency developed in these programs allows you to move beyond basic textbook theory into the application of advanced biochemical methodologies. You will learn to manipulate genomic data using bioinformatics software, perform protein assays using gel electrophoresis, and execute precise chemical syntheses with high-resolution laboratory equipment. You will also gain experience in Polymerase Chain Reaction (PCR) diagnostics, cellular metabolic tracking, and the structural analysis of macromolecules like lipids and nucleic acids. By focusing on these specific tools and the rigorous bench science required for drug discovery and molecular pathology, you’ll transition from a passive student to a technical researcher prepared for the demands of a pre-med or bioengineering track. 

Here are 15 biochemistry opportunities for high school students that you can explore. 

You can also check out these guides on biology summer research programs, free chemistry summer programs, and online life sciences programs for high schoolers!

1. Brown University Course-based Research Experiences (CRE) – Characterizing C. elegans Using Reverse Genetics

In this research-intensive course, you will spend the first two weeks virtually researching your chosen topic and learning about the scientific techniques that can be used to test your hypothesis. In the next three weeks, you’ll work on campus, conducting your research. Your research will be focused on genetics and molecular biology, and you’ll cover topics like genetic manipulation, microscopy, PCR, agarose gel electrophoresis, and more. By the end of the course, you will have learned how to do things like design and implement experiments to answer your research question, collect and use data from laboratory investigations, and critically analyze scientific literature. You will also get to present your scientific findings, both orally and in a written format. 

2. Stanford Pre-Collegiate Summer Institutes – Topics in Biochemistry 

Stanford’s Pre-Collegiate course, Topics in Biochemistry, offers a high-level dive into the molecular foundations of life, specifically targeting lipids, proteins, and nucleic acids. You will learn about how structural dysfunctions in these macromolecules manifest as significant health crises. You will also get an opportunity to conduct collaborative research on cutting-edge biotechnology, including mRNA vaccines and CRISPR-Cas9, culminating in a group technical presentation evaluated by Stanford instructors.

3. George Mason University: Aspiring Scientists Summer Internship Program (ASSIP) 

ASSIP offers one-on-one mentorships and the chance to learn how to navigate advanced STEM domains such as molecular medicine, drug discovery, and more. You will get an opportunity to apply computer modeling and machine learning to biochemical datasets, contributing to ongoing studies aimed at academic publication. The program emphasizes scientific writing and data mining, allowing you to execute independent research in infectious disease epidemiology or nanoscience.

4. Brown University’s Summer@Brown – Biomedical Engineering: Smart Design of Medical Implants 

Brown’s Biomedical Engineering: Smart Design of Medical Implants course focuses on the interface between synthetic materials and biological systems. You will learn about how mechanical properties influence the biocompatibility of medical devices and analyze data from engineered tissue experiments. You will also get an opportunity to execute the engineering design process to prototype a novel coronary artery bypass material, bridging the gap between biochemistry and mechanical engineering.

5. Mayo Clinic SPARK 

Mayo Clinic’s SPARK (Science Program for the Advancement of Research Knowledge) gives you the chance to work within a premier clinical environment. As a participant, you will learn the rigours of biomedical research under the guidance of Mayo physicians. You will get an opportunity to execute experiments in professional labs, attending weekly meetings to discuss data interpretation and scientific communication. The program is specifically structured to produce a high-level research project suitable for submission to international science competitions.

6. miRcore: Computational Biology Research Camp 

In this bioinformatics-focused camp, you will learn to perform genome and transcriptome analysis to identify disease biomarkers. You will get an opportunity to utilize real-world patient RNA expression data to investigate novel diagnostic options. Through hypothesis-driven projects, you will apply computational tools used by professional geneticists to isolate the molecular signatures of specific pathologies.

7. Max Planck Florida Institute for Neuroscience High School Internship

The MPFI High School Internship is focused on the intersection of biology and technical development and gives you the chance to learn advanced lab techniques such as histology and genetic engineering. You will get to choose from tracks like neuroscience, where you will partake in neuroscience lab research; scientific programming, where you will develop software for complex brain data analysis; mechanical engineering, in which you explore the interaction of mechanical engineering and design and neuroscience; and programming – public engagement, which shows you how to engage audiences with STEM concepts. The program concludes with the production of a scientific abstract and a formal defense of your findings to institute staff.

8. FIU-CTS High School Summer Internship Program

The FIU-CTS High School Summer Internship Program gives you the chance to learn the daily operations of specialized labs in immunology and medicinal chemistry. You will get the opportunity to explore organic synthesis and medicinal chemistry research, specifically in the Nefzi Lab. You’ll also run experiments and analyze complex datasets, ending the program with a formal poster presentation delivered to professional researchers.

9. Columbia University Pre-College Programs: Cell and Molecular Biology of Medicine 

Columbia’s Cell and Molecular Biology of Medicine course examines the molecular basis of modern drug treatments, including chemotherapy and antivirals. You will learn to analyze how specific cellular processes contribute to autoimmune disorders and heart disease. You will also get an opportunity to produce technical essays on the molecular mechanisms of medical interventions, fostering the analytical skills required for undergraduate biomedical research.

10. Eckerd College: Marine Science Pre-College Program  

Eckerd College’s Marine Science Pre-College Program focuses on marine chemistry, giving you the chance to learn how to analyze seawater composition, salinity, and the chemical interactions governing coastal ecosystems. You will get an opportunity to use spectrophotometry and microscopy to examine live plankton and coastal biodiversity. The curriculum connects chemical theory with environmental impacts, such as how ocean acidification affects the shell-building processes of marine organisms.

11. Georgetown University – Medical Research: Clinical Trials 

In this introduction to evidence-based medicine (EBM), you will learn to utilize the PICO method to formulate research questions. You will get an opportunity to navigate online research databases and study the biostatistics governing clinical trials. The program focuses on interpreting medical journal articles and culminates in a capstone project where you outline a research study based on current clinical data.

12. Johns Hopkins CTY: The Science of Neurological Disorders 

Through the biological study of conditions like Alzheimer’s and schizophrenia, you will learn the experimental methods used in modern neuroscience research. You will get an opportunity to assess diagnostic tools and formulate potential treatment evaluations based on scientific article analysis. The course mirrors college-level rigor, focusing on the evidence-based reasoning required to distinguish normal from abnormal neurological function.

13. Tufts University – Psychopathology 

Through this university-level immersion at Tufts University, you will learn to bridge the gap between neurobiological theory and clinical practice by deconstructing the mechanisms of psychological syndromes. Designed for high-achieving high schoolers, the curriculum utilizes a research-driven framework to analyse the aetiology and symptomatology of disorders ranging from anxiety to addiction neuroscience. You will gain technical mastery of evidence-based reasoning, specifically as it applies to evaluating modern diagnostic tools and the efficacy of various therapeutic interventions. Through virtual lab simulations and peer-reviewed case studies, you will learn to navigate the complex diagnostic criteria typical of professional clinical research, equipping you with the quantitative and analytical skills necessary for future studies in medicine or behavioral science.

14. Biochemistry Literacy for Kids

In this course, you’ll explore topics such as chemical bonding, molecular structures, charge, and the mole concept before progressing into biochemistry concepts involving proteins, carbohydrates, lipids, DNA, RNA, and cellular molecules. The course emphasizes understanding how chemistry connects to biology, medicine, and real-world scientific systems rather than relying only on memorization. Through its multidisciplinary approach, you’ll also examine how chemistry relates to fields like astronomy, geology, natural history, and industry, helping you build broader scientific thinking skills. 

15. VHS Learning Biochemistry

The VHS Learning Biochemistry course will introduce you to the chemical foundations of living systems by connecting chemistry concepts with biological processes. You will get to study biomolecules such as carbohydrates, lipids, proteins, and nucleic acids while and explore how they contribute to metabolism, energy production, enzyme activity, and cellular function. The course will also have you examine DNA, RNA, protein synthesis, inheritance, and the regulation of metabolic pathways. It will help you understand how molecular changes influence health and disease. By linking chemistry with physiology, you’ll develop a solid understanding of how biochemical reactions support life and how disruptions in these systems can lead to medical conditions. 

One more option – Horizon Academic Research Program

If you’re looking for a competitive mentored research program in subjects like investigative journalism, media studies, political reporting, data journalism, and the ethics of news and information, 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 1,000+ high school students so far and offers 600+ research specializations for you to choose from. You can find the application link here!

Image source: Johns Hopkins University