For students in Upstate New York who are ready to move beyond classroom science, the region offers more genuine research opportunities than most realize. From the University of Rochester’s laser physics laboratories to the ecological field stations of the Hudson Valley, from Roswell Park’s cancer research center to nationally accessible virtual programs, the landscape is broader and more varied than a standard internet search tends to reveal.
The research opportunities documented here are specifically relevant for students in New York’s Upstate region, though the virtual options among them are accessible to students anywhere in the United States. The region is particularly well-served for advanced high school students in STEM, with multiple programs affiliated with nationally recognized research universities and federally funded research facilities.
This guide covers programs worth serious consideration — including local options specific to Upstate New York and nationally open programs accessible to students anywhere in the region and beyond.
There are many research programs for high school students in different subjects. For research programs, these programs usually fall into three main types:
The programs below were selected based on:
The best programs for high schools students are usually university-driven because their institutionally defined standards and oversight help guarantee a rigorous academic experience for all who participate. There are also select non-profit opportunities that provide analogous experiences, especially when they offer the highest quality of mentorship, a high degree of student agency, and/or clearly defined academic outcomes.
All the programs detailed in this list are of these two types: university driven and non-profit driven.
The programs below serve students interested in everything from laser physics and cancer biology to marine ecology, mathematics, and every academic discipline — spanning multiple formats, cost structures, and eligibility criteria.
Pioneer Research Institute places motivated high school students with university faculty, giving students the experience of conducting original academic research over the course of a semester. Unlike programs that structure research around predetermined projects, PRI students produce work that reflects their own intellectual contributions. PRI will meet 100% of demonstrated financial need.
Renowned for its academic rigor, PRI is designed for ambitious high school students who are prepared to sustain a self-directed project of independent inquiry over the course of months — the program’s pace and expectations mirror those of graduate-level independent study more closely than those of a conventional high school course.
Among online programs available to high school students, PRI is distinctive for the breadth of disciplines it supports — students have completed original research in fields ranging from computational linguistics to organic chemistry to political philosophy..
The Laboratory for Laser Energetics, home of the OMEGA laser system and one of the nation’s leading university-based laser physics facilities, opens its research environment to a small cohort of high school students each summer.
Students work alongside scientists and doctoral researchers on projects in laser physics, fusion energy, and high-energy-density science — fields that have few equivalents at the pre-college level anywhere in the country. The program is free of charge, administered by the University of Rochester, and funded by the Department of Energy.
The LLE is among the few programs in the country that gives high school students direct access to university labs at the scale of a major national research facility — students work in the same physical environment as professional DOE-funded researchers.
The CMAP Research Experience for High School Students brings students into University of Rochester physics laboratories to work on problems in high-energy-density physics and planetary science alongside doctoral researchers and faculty.
The program is nomination-based — students must be recommended by a high school science teacher rather than applying independently — and includes tours of the Laboratory for Laser Energetics, exposure to STEM career pathways, and college application support. All school districts are welcome, and the program is free of charge.
Students in the CMAP program gain early exposure to data science methods, particularly through its Python-based computational science component, which introduces students to programmatic approaches to modeling and simulation used in active physics research.
Participants learn to analyze data from high-energy-density experiments — an unusually direct encounter with the quantitative methods that underpin both academic physics and applied research in laser and energy science.
The Science Research in the High School program, sponsored by the University at Albany since 1994, functions differently from most programs on this list: students enroll through their high school’s existing SRHS course, secure their own research mentor at a local institution, and conduct independent research over the course of a full academic year.
Juniors and seniors earn 2 to 4 transferable credits from UAlbany through this process, which culminates in a poster presentation and, for seniors, a formal scientific paper. The program rewards students who are self-directed enough to identify and sustain an ongoing mentorship relationship.
The culminating deliverable for seniors is a formal research paper, making UAlbany SRHS one of the programs on this list that explicitly develops students’ capacity to communicate findings in the written form that professional scholars and scientists use.
Students in SURE-CAN work on ongoing cancer research projects led by Roswell Park faculty, meaning the questions they engage with are part of active investigations into disease mechanisms and treatment pathways — not simulated or simplified exercises designed for educational purposes. This immersive program allows high school students in New York to work closely with expert researchers.
Students with a particular interest in molecular biology will find relevant placement options at Roswell Park, where the Cancer Center’s portfolio spans genomics, cell signaling, cancer immunology, and molecular mechanisms of tumor development.
Roswell Park’s clinical research environment gives students an unusually direct view of how laboratory science connects to patient outcomes — the institution’s NCI designation and active treatment mission make that connection explicit in ways that basic science programs typically do not.
The Jacobs Institute’s NEXT Gen internship introduces high school students to the intersection of medicine and engineering at the Buffalo Niagara Medical Campus, with a core two-week program for all participants and a competitive extended placement of five additional weeks in lab settings for a select cohort of eight students.
Students selected for the extended placement receive a seven-week paid summer research internship at the Jacobs Institute — one of the longest and most industry-aligned placements available to high school students in the Buffalo area.
The Jacobs NEXT Gen program functions effectively as a stem research academy — a structured introduction to the vocabulary, methods, and professional norms of applied biomedical engineering that prepares students for placement in an active lab setting.
Mid-Hudson Young Environmental Scientists places twelve high school students alongside undergraduate mentors and Cary Institute scientists to design and carry out original field and laboratory research across the Hudson River watershed.
Students with a background in earth science, ecology, or environmental studies will find MH-YES particularly well-matched — the program’s field sites along the Hudson River watershed offer direct exposure to the ecological questions that drive Cary Institute’s active research agenda.
A significant portion of the MH-YES experience involves data interpretation — students collect field measurements and laboratory samples across the program, then work with scientists to make sense of what the data reveals about watershed health and ecological dynamics.
MIT PRIMES USA is a year-long, fully virtual research program run by the MIT Mathematics Department in which high school students across the United States work with MIT graduate students and faculty on open problems in mathematics and theoretical computer science.
Students engage with genuine mathematical research over approximately eleven months, from initial problem formation through a spring symposium at which findings are presented to the MIT community. The program is free, highly selective, and requires demonstrated mathematical preparation well above grade level. For a comprehensive overview, see Pioneer’s detailed MIT PRIMES USA participation guide.
PRIMES USA is among the most intellectually demanding of the independent research projects available to high school students in the United States — students are assigned to open mathematical problems that MIT researchers have not yet solved, and are expected to make meaningful contributions by year’s end.
If you are interested in learning more about the MIT PRIMES USA program, we encourage you to check out our complete program guide.
The Summer Science Program is a six-week residential program with campuses at multiple universities, including Lehigh University in Bethlehem, Pennsylvania, which is accessible from much of Upstate New York.
Students work in teams to complete a real, original research project in astrophysics, biochemistry, or genomics depending on campus — with the astrophysics track involving the direct telescopic observation and orbital analysis of near-Earth asteroids. SSP has been running since 1959, is independently nonprofit, and draws students from across the United States and internationally.
Among competitive summer programs open to Upstate New York students, SSP stands out for combining genuine research with a residential cohort experience — the intensity of working alongside equally committed peers and professional researchers on a shared scientific problem is itself a formative element of the program.
Shoals Marine Laboratory, jointly operated by Cornell University and the University of New Hampshire on Appledore Island off the Maine coast, offers residential marine science courses for high school students that carry Cornell University academic credit.
The flagship high school course, Marine Environmental Science, is a two-week intensive that includes hands-on fieldwork in the Gulf of Maine, laboratory analysis, and direct engagement with working scientists.
Shoals Marine Laboratory has a strong track record of preparing students for competitive university science programs — Cornell’s co-sponsorship and the program’s accredited credit structure make it one of the most institutionally credentialed marine science programs available to high school students in the Northeast.
The Buffalo Healthcare Exploration program, offered through Roswell Park’s ATLAS platform, introduces high school students to high-technology healthcare careers through a structured, multi-week experience at the Buffalo Niagara Medical Campus.
It is one of the few regional programs designed explicitly for students who are drawn to the health sciences but have not yet committed to a specific research focus — making it a useful entry point for students still exploring. Full scholarships are available for students who qualify for the National School Lunch Program.
Selecting a research program starts with an honest assessment of a few practical variables. Geography matters first: if you are based in Rochester, Buffalo, or Albany, you have access to institution-based programs that are free or low-cost and specifically designed for regional students. If you are in a more rural part of Upstate New York, virtual programs like Pioneer Research Institute and MIT PRIMES USA remove geography as a barrier entirely.
Next, researching the parameters of each program — depth of mentorship, subject focus, format, and cost — against what each program actually delivers, not its marketing claims, is crucially important. The clearest way to evaluate any program is to ask specifically what the student’s research assignment will be and how the program can ensure a rigorous experience for all participants.
Subject interest should guide your next step. The programs on this list span laser physics, cancer biology, environmental science, mathematics, marine biology, healthcare technology, and every academic discipline — in the case of PRI. Applying to a program in a field that does not genuinely interest you is unlikely to yield a meaningful experience, and selectivity makes applying strategically important.
Finally, consider cost. The majority of programs on this list are free, and several provide stipends. Where tuition is involved, need-based financial aid is typically available. Students concerned about cost should not self-select out before exploring the financial aid options at each program.
Upstate New York students have access to programs at the University of Rochester (LLE and CMAP REH), the University at Buffalo and Roswell Park (SURE-CAN, the Jacobs NEXT Gen Internship, and the Buffalo Healthcare Exploration program), the University at Albany (SRHS), and the Cary Institute of Ecosystem Studies (MH-YES). Virtual programs including Pioneer Research Institute and MIT PRIMES USA are also fully open to students in the region.
The Simons Summer Research Program is another competitive option worth noting for Upstate New York students who are willing to travel — it places students in faculty research labs for eight weeks with a paid stipend to practice research skills, formulate research questions, and complete academic writing and scientific writing. This program culminates in a research symposium, allowing students to present findings on university level research. We chronicle this program in our comprehensive guide that we encourage interested students to check out.
Several programs on this list are free of charge, including the LLE High School Research Program, CMAP REH, SURE-CAN, the Jacobs NEXT Gen Internship, Cary MH-YES, MIT PRIMES USA, and ARCH. MH-YES additionally provides a stipend. PRI charges tuition, with need-based financial aid available.
Yes. The UAlbany Science Research in the High School program offers 2–4 transferable credits per year through the University at Albany, SUNY. Shoals Marine Laboratory offers 1–3 Cornell University credits depending on course selection. The Pioneer Research Institute offers 4 credits through Oberlin College. Most other programs on this list do not award formal academic credit, though the research experience they provide is widely recognized.
Selectivity varies considerably. SURE-CAN accepts only students from four specific Western New York counties, limiting its geographic pool. MIT PRIMES USA receives applications from across the country for a limited number of spots and is among the most competitive mathematics programs available to high school students nationally. The Pioneer Research Institute is similarly selective, selecting less than a third of its applicants. Most local programs do not publish acceptance rates; students are encouraged to apply broadly and early.
Admissions officers at research-intensive universities are generally familiar with the most structured programs on this list — LLE, SURE-CAN, SSP, and Pioneer Research Institute appear regularly in competitive STEM applications — and will evaluate the depth and specificity of what the student actually did, not simply the name of the program.
Pioneer Research Institute and MIT PRIMES USA are both fully virtual and open to students throughout the United States. PRI spans all academic disciplines; MIT PRIMES USA focuses exclusively on mathematics and theoretical computer science. Both are year-long programs with significant time commitments, and both are selective.
The best research programs for high school students are not the ones with the most recognizable names. They are the ones that give students an honest encounter with a genuinely difficult question — and the mentorship and environment needed to see it through.
Whether the work happens in a University of Rochester laser laboratory, along the Hudson River, or in a conversation with an MIT researcher from your own home, the experience that matters most is the one that changes how you think about inquiry itself. That is what research programs, at their best, make possible.
If you’re interested in conducting the highest level of research for high school students, consider joining a Pioneer information session to learn more about the Pioneer Research Institute.
Based on a recent survey, 71 percent of Pioneer Research scholars’ acceptances were to the top 20 US colleges and universities. Additionally, our alumni report acceptances to highly-selective institutions at a rate five times higher than the school’s published acceptance rate.
If you are a 9th or 10th grader, we encourage you to also check out the Global Problem-Solving Institute. You’ll have the rare opportunity to take an interdisciplinary approach to complex world programs, while earning college credits from UNC-Chapel Hill.
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