14 Ivy League Research Mentorship Programs for High School Students

If you’re a high school student with strong academic ambitions, particularly in STEM or social sciences, seeking a research mentorship at an Ivy League institution can be a pivotal experience. Unlike traditional pre-college programs, these mentorships are immersive and technically rigorous. You might find yourself working in a lab with cutting-edge equipment, coding simulations, analyzing genetic data, or participating in public policy research. 

More than just exposure, these opportunities put you shoulder-to-shoulder with principal investigators, graduate students, and research teams contributing to real publications and studies. For students who want to understand the actual pace and practice of university research, this is the kind of experience that sharpens both skill and purpose.

Why choose an Ivy League research mentorship program?

There are certain benefits that only an Ivy League experience can provide, such as:

• A highly technical experience: You move beyond textbook theory to master specific high-level tools—CRISPR-Cas9 gene editing, R for statistical analysis, mass spectrometry, or electron microscopy.
• A crash course in scientific literacy: You learn to deconstruct primary literature, design controls, formulate testable hypotheses, and defend your data in lab meetings.
• Peerless networking opportunities: You gain access to a network of some of the best researchers in the nation, who can write detailed, evidence-based letters of recommendation that speak to your analytical abilities rather than just your test scores.

If you’re serious about building a future in research, these 14 Ivy League research mentorship programs for high school students are a strong place to start.

1. Broad Summer Scholars Program (BSSP) – Broad Institute of MIT and Harvard

BSSP invites high schoolers to conduct research in genomic medicine and computational biology at the Broad Institute. Participants are matched with Broad scientists to conduct original research in areas such as cancer biology, psychiatric disease, and infectious disease. You will develop proficiency in molecular biology techniques (PCR, cloning) and in computational methods (analyzing genomic datasets using Python or R). The program also helps build scientific communication skills by requiring you to present your findings in a formal poster session to the Broad community.

2. DF/HCC CURE Program – Harvard

Focused entirely on oncology, the CURE program places students in research environments at Dana-Farber and affiliated Harvard Medical School labs. Mentorship focuses on the molecular mechanisms of cancer. You might spend your summer learning cell culture techniques, western blotting, or flow cytometry to analyze cell proliferation. Beyond the bench, the program emphasizes reading primary oncology literature and requires students to present journal club analyses that critique the methodologies and statistical relevance of recent studies.

3. Project Success – Harvard Medical School

Project Success has been operating since 1993, providing high school juniors and seniors with in-depth exposure to biomedical research. You will be paired with a mentor to develop specific hypotheses on disease pathology or treatment efficacy. Skill acquisition often includes histology, microscopy, and data entry/analysis using statistical software. The program demands a high level of responsibility, as students are treated as junior research assistants contributing to ongoing longitudinal studies or experimental assays.

4. Laboratory Learning Program (LLP) – Princeton University

The LLP is a full-time research experience offered through Princeton University’s local outreach program. This free internship pairs you with faculty in natural sciences or engineering based on your research interests, which may include plasma physics or molecular biology. You won’t attend any coursework or classroom sessions; all your time will be dedicated to lab work. Your tasks could involve characterizing material properties in polymer engineering or analyzing protein structures. The program requires a final two-page research report, formatted as a scientific paper, detailing your methodology, data, and conclusions.

5. Catalyst Program – Weill Cornell Medicine

The Catalyst Program is a partnership between the Weill Cornell Graduate School and the Memorial Sloan Kettering Postdoctoral Association that provides a 6-week immersive research fellowship to high schoolers in the New York City area. In this program, you are paired with a dedicated graduate student or postdoctoral mentor to pursue an independent hypothesis within the Weill Cornell or Memorial Sloan Kettering ecosystem. You will assist them with hands-on lab work, including handling cell cultures, performing PCR genotyping, and using flow cytometry to analyze immune cell markers. You will also have the opportunity to attend journal clubs, panels, and workshops to gain insight into medical research and the life of a scientist. The internship culminates in a poster symposium where you must defend your data and conclusions to faculty and peers.

6. Yale Pathways to Science Summer Scholars (YPRI) – Yale University

For students already enrolled in the Yale Pathways program, this represents a Tier-1 research opportunity offering a full-time, seven-week experience. Projects cover a wide range of STEM fields, from astrophysics to zoology. Depending on the laboratory you join, you might learn data visualization methods or operate advanced equipment like centrifuges and spectrophotometers. The program features weekly peer-review sessions in which participants practice scientific discussion and exchange feedback on their experiments, as graduate students do.

7. BRAINYAC – Columbia University

Hosted by the Zuckerman Institute, BRAINYAC is designed for students committed to a neuroscience career. Interns gain hands-on experience in brain anatomy, tissue slicing for microscopy, and may learn to operate optogenetics or electrophysiology tools to investigate neural circuits. You’ll collaborate with a Columbia neuroscientist who mentors you through a research project, linking research with discovery and providing insight into a professional academic setting.

8. Secondary School Field Research Program (SSFRP) – Columbia University (Lamont-Doherty)

The SSFRP, located at the Lamont-Doherty Earth Observatory, provides researchers the opportunity to conduct environmental studies in the Hudson River estuary and nearby marshes. You will learn to use field instrumentation to measure water quality (dissolved oxygen, salinity, turbidity) and to perform biological sampling techniques (seining, sediment coring). Data analysis is a key part of the program, which offers a valuable opportunity to learn how to use Excel or R for processing ecological datasets, such as identifying trends in biodiversity or pollutant distribution. Research teams include students, one or two undergraduate mentors with a teacher contact, and a Lamont researcher, providing tiered mentoring support. Participants will learn to analyze scientific literature, review and improve sampling protocols, and create a sampling plan for their research. Additionally, coursework is available during the school year on topics like wetland ecology, field sampling, and data analysis.

9. Yale Summer Program in Astrophysics (YSPA)

YSPA is a research-intensive residential institute in which you live on Yale’s campus and work at the Leitner Family Observatory and Planetarium. The curriculum places you in a small research team, where you are tasked with collecting data on celestial objects, analyzing it using programming, and writing a formal scientific paper to present your findings. It mimics the lifecycle of a professional astrophysicist. This is one of the few remaining Ivy League summer programs that focus on hands-on research methodology rather than credit-bearing coursework.

10. Biomedical Research Academy – University of Pennsylvania

While tuition-based, this academy offers legitimate research training that goes beyond standard high school curricula. The “wet lab” component involves daily experiments such as ELISA assays, bacterial transformation, and restriction enzyme analysis. The “dry lab” component introduces bioinformatics, where students use databases such as BLAST and software for genome alignment. It is intensive, requiring daily participation in a journal club to dissect experimental limitations in recent publications.

11. Penn Chemistry Research Academy – University of Pennsylvania

Focused on the cutting edge of chemical sciences, this academy provides hands-on experience with analytical techniques such as spectroscopy, chromatography, and materials characterization. You will work on projects that might explore nanomaterials or organic synthesis. It’s a great way to learn the application of the scientific method to chemistry: synthesis, purification, and characterization. You will learn to interpret NMR or IR spectra—skills typically reserved for undergraduates.

12. Summer@Brown: Course-Based Research Experiences (CRE) – Brown University

Brown’s CREs differ from their regular summer courses by offering intensive research tracks where students work as a research team on a new question. Topics range from “DNA Barcoding” to “Neuroscience of Attention.” Students generate original data, analyze it with statistical software, and create a final poster or paper. These tracks are a great way to gain specialized knowledge, such as sequencing DNA from local plants or designing behavioral psychology experiments with strict control groups.

13. Brown Environmental Leadership Lab (BELL) – Brown University

For students interested in ecology and environmental science, BELL offers a field-research-focused curriculum. In the Rhode Island program, for example, you can engage in watershed ecology and coastal management research. You will learn field sampling methodologies, water chemistry analysis, and how to assess ecosystem health metrics. The program combines social science and policy with hard science, such as data collection and research, teaching you how to translate raw environmental data into actionable advocacy.

14. Dartmouth-Hitchcock High School Summer Internship – Dartmouth Affiliate

While based at the Dartmouth-Hitchcock Medical Center, this program is the premier research/clinical entry point for the Dartmouth ecosystem. The program is rigorous and treats you as an employee. Interns in the research track assist with clinical trials or data management for ongoing medical studies. You gain exposure to HIPAA compliance, patient data privacy, and the operational side of clinical research. Skills include medical terminology, data entry in electronic health records (EHR), and professional communication in a clinical setting.

One more option – Horizon Academic Research Program

If you’re looking for a competitive mentored research program in subjects like data science, machine learning, political theory, biology, and chemistry, 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!

Image source: Yale University