Tennessee gives high school students several distinct pathways into pre-college research programs, with major institutions spread across the state and virtual programs available to students wherever they live.
Oak Ridge National Laboratory, one of the U.S. Department of Energy’s largest science and engineering facilities, sits a short drive from downtown Knoxville. St. Jude Children’s Research Hospital, one of the world’s leading pediatric research institutions, sits in the middle of Memphis. Three medical schools — Vanderbilt, the University of Tennessee Health Science Center and Meharry — run active biomedical research across the state. For a high school student trying to find real research experience, that combination means in-person options exist close to home in Memphis, Nashville and Knoxville, and students who don’t live near any of the three still have strong online options that reach them too.
This guide breaks down 15 research programs for high school students in Tennessee — what each one actually involves, who qualifies, what it costs and how to tell a genuine research placement from a structured summer camp wearing a research label. Whether you’re comparing summer programs for high school students in Tennessee or looking for something you can start from home, the list below covers both.
The number of research opportunities for high school students interested in pre-college research in Tennessee has grown substantially over the past decade, but not every program under that label involves the same thing. Some place students inside an active university or government lab with a mentor and real responsibility for a scientific research question. Others are structured coursework, a camp or a short exposure experience that borrows research language without asking students to design or carry out an original project.
The distinction that actually matters isn’t research versus everything else. Plenty of non-research programs, from engineering institutes to public health field programs, teach real skills and are worth a student’s time. What separates the strongest options, research-focused or not, is how much agency a student has in shaping the work, and how much institutional oversight stands behind it. A program run by a university department, a government laboratory or an established non-profit research institution tends to offer both in ways an unaffiliated intermediary generally cannot.
The highest quality research programs for high school students fall into two categories:
The strongest programs in any category tend to share two qualities: a high degree of student agency in shaping the research direction, and meaningful institutional oversight that ensures academic rigor.
Programs run by universities, government bodies and established non-profits typically possess these qualities, giving students the closest approximation to what college-level research actually looks like, making the experience valuable college preparation.
To read more about the different types of research programs available, and how they differ from popular “independent mentor-matching” services, read our comprehensive guide on choosing the best research opportunities.
The programs below were selected based on:
At the St. Jude High School Research Immersion Program, accepted students engage in work in pairs with a research mentor on an active laboratory, clinical or data science project inside one of the country’s leading pediatric research hospitals, following a full-time schedule for eight weeks. The program pays a stipend rather than charging tuition, and it closes with a public exhibition of each pair’s findings.
The Pioneer Research Institute has each student conceive an original research question and carry it out over the course of the program, with a university professor guiding the work rather than co-designing it, culminating in a formal paper rather than a class presentation or lab report.
Because the program is fully online, it’s equally accessible to a student in Memphis or in a small town three hours away, and it’s the only program on this list where a Tennessee high schooler works entirely independently rather than as part of a team or lab group.
For a full breakdown of cost, acceptance rate and the application itself, see our comprehensive guide to the Pioneer Research Institute.
MIT PRIMES-USA pairs strong math students with an MIT-affiliated mentor for a full academic year of research and critical thinking on an open-ended problem, meeting by video conference rather than in person for students outside the Boston area. It’s one of the few free, remote, year-long research placements available to Tennessee students, though applicants are generally expected to already have some proof-based math background.
Our guide to applying to MIT PRIMES-USA covers the application and timeline in more detail.
Aspirnaut’s Lu-Springer High School Summer Research Internship places a small cohort of students on Vanderbilt’s campus for six weeks of hands-on laboratory research in biomedical science alongside Vanderbilt faculty and graduate students, with housing and meals covered. It’s a residential, immersive alternative to programs that only offer day-commuter research access.
Project SEED is the American Chemical Society’s national research program for students from lower-income families, and Rhodes College hosts one of its Tennessee sites. Students work daily in a Rhodes chemistry or biochemistry/molecular biology lab on a real research question under a faculty mentor, then prepare a research report or poster, with some students going on to present at ACS national meetings.
George Mason University’s ASSIP matches students directly with a research mentor for hands on experience across fields like astronomy, chemistry, neuroscience, computer science and earth science, and its virtual and computer-lab tracks make it genuinely accessible to Tennessee students despite the Virginia campus. Unlike most in-person programs on this list, ASSIP also offers optional college credit for a program fee rather than a stipend.
Our full breakdown of ASSIP’s cost and acceptance rate covers what to expect from the application.
REHSS places Vanderbilt ISR students in a research lab for six weeks of full immersion and hands on research under faculty mentorship. It’s worth knowing about even though it isn’t open to the general public, since it shows how Nashville’s multi-year ISR pipeline — run through Stratford STEM Magnet, Hillsboro and John Overton high schools — feeds directly into hands-on university research.
SHIRE is a paid summer internship for Vanderbilt ISR students: rising juniors focus on pharmacology or sustainable engineering projects, and rising seniors develop an independent research project they continue into the fall at their home school. Like REHSS, it isn’t a general-application program, but it’s part of the same pipeline.
Meharry Medical College’s High School STEM Internship Program is a two-summer commitment: students spend eight weeks in a biological sciences or genetics research lab the first summer, then return the following summer to carry their project forward. That structure and comprehensive introduction gives participants more continuity than most single-summer internships, working alongside faculty and graduate student mentors as they conduct their independent inquiry.
The Next Generation STEM Internship Program lets East Tennessee students work part-time and virtually with Oak Ridge National Laboratory researchers over a full semester rather than a single summer. It’s one of the only paid, ongoing research placements on this list, though eligibility is limited to a defined group of East Tennessee counties around Oak Ridge and Knoxville.
The Appalachian STEM Academy brings students to Oak Ridge National Laboratory for a two-week residential institute mentored by ORNL and ORAU scientists, ending in a poster session for family and program staff. It’s open to students from across the Appalachian region rather than Tennessee alone, so competition draws from a wider pool than most programs on this list.
EMPOWER puts small teams of students to work investigating a real public health challenge under faculty and community-health-professional mentors, combining classroom instruction with field visits to Memphis health organizations. The one-week format makes it a lighter commitment than most entries here, functioning more as an introduction to public health research methods than a full independent project.
GSSE gives around Tennessee students a four-week residential program of advanced coursework and laboratory work across biology, chemistry, physics, engineering and emerging fields like AI, taught by UT Knoxville faculty. It’s built around structured instruction rather than an independent research project, so students gain research-adjacent lab and data skills without necessarily producing original findings of their own.
Vanderbilt Summer Institutes offer two-week accelerated courses across subjects like coding, chemistry and medicine, with some laboratory work and field trips built into the coursework. It’s a structured academic experience rather than an independent research placement, closer in spirit to an intensive college seminar.
HITES is a one-week residential program of engineering design challenges, lab demonstrations and college-readiness sessions at UT Knoxville’s Tickle College of Engineering. It’s built for exposure and skill-building rather than an original research deliverable, making it a lower-commitment entry point for rising seniors still deciding whether engineering is the right fit.
The right program depends less on prestige and more on fit: how much independence you want, how far you can travel or whether you need an online option, and how much of your summer — or school year — you’re willing to commit.
A rising senior with strong grades in a specific East Tennessee county might prioritize a paid, ongoing placement like the Next Generation STEM Internship Program. A ninth grader who isn’t old enough for most in-person internships has far fewer local options, but isn’t shut out of research programs for high school students altogether: Pioneer Academics’ online Research Institute and Global Problem-Solving Institute are both open to all four years of high school, unlike almost everything else on this list.
For students weighing depth against duration, it helps to separate two groups of programs. REHSS, SHIRE, Meharry’s internship, Project SEED, ASSIP and the Pioneer Research Institute all ask a student to design an original research question, while GSSE, Vanderbilt Summer Institutes and HITES are built around structured coursework and lab exposure instead.
Neither category is inferior; a two-week engineering institute and an eight-week independent research placement are simply answering different questions about what a student is ready for.
If none of the geographically restricted options above fit, it’s worth widening the search: our guides to the Summer Science Program and the top research programs in Virginia cover strong options just outside Tennessee’s borders.
The strongest options combine real mentorship with meaningful institutional oversight — qualities most reliably found in university-run and government-run laboratory placements, like the St. Jude High School Research Immersion Program, MIT PRIMES-USA and Rhodes College’s Project SEED, alongside fully virtual options like the Pioneer Research Institute.
“Best” depends heavily on a student’s grade level, subject interest and whether they need an in-person lab placement or a program they can do from home; a rising junior interested in genetics research in Nashville has different priorities than a ninth grader in a rural county looking for a remote option.
Yes. Tennessee has research programs for high schoolers in each of its largest metro areas. Nashville is home to Vanderbilt’s Aspirnaut internship, REHSS, SHIRE, Vanderbilt Summer Institutes and Meharry Medical College’s STEM internship, while Memphis offers the St. Jude High School Research Immersion Program, Rhodes College’s Project SEED and the University of Memphis’s EMPOWER initiative. Knoxville and Oak Ridge add the Governor’s School for the Sciences and Engineering, HITES, the Next Generation STEM Internship Program and the Appalachian STEM Academy.
St. Jude does not publish an official acceptance rate for the High School Research Immersion Program. What is public is the eligibility bar: applicants must be rising seniors with at least a 3.0 GPA, live within the Memphis-Shelby County area or immediate surrounding counties in Tennessee, Mississippi, or Arkansas, and be at least 16 years old.
Given the program’s national reputation and its narrow geographic eligibility window, it is widely considered highly competitive, but families should treat any unofficial acceptance-rate figure with caution since St. Jude has not confirmed one.
Most of the in-person Tennessee programs on this list — St. Jude’s Research Immersion Program, REHSS, SHIRE, GSSE, Vanderbilt Summer Institutes and HITES — are built for rising juniors and seniors. Underclassmen have real options, though: the Appalachian STEM Academy is open to grades 9-12, MIT PRIMES-USA accepts sophomores and Pioneer Academics’ online programs are open to all four years of high school. Both the Pioneer Research Institute and the Global Problem-Solving Institute (GPSI) welcome 9th and 10th graders, with GPSI in particular built around the team-based, interdisciplinary format that tends to suit younger high schoolers well.
Costs vary more than most students expect. Several programs are free and pay students a stipend — St. Jude offers $4,800, Aspirnaut offers $2,000 plus room and board, Project SEED offers roughly $3,200 and the Next Generation STEM Internship Program pays $125 a week. Others charge tuition, ranging from a $100 processing fee at HITES up to $5,750 for Vanderbilt Summer Institutes and $7,465 for the Pioneer Research Institute, with most paid programs offering financial aid or fee waivers for eligible families.
Tennessee’s research landscape is deeper than most students realize, but depth creates its own kind of decision fatigue. The programs worth pursuing are the ones that match a student’s actual readiness — for independence, for a specific subject, for a particular time commitment — rather than the ones with the most recognizable name attached. A genuine research experience, wherever a student finds it, should leave them able to explain not just what they did, but why they chose to do it that way.
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 global problems, while earning college credits from UNC-Chapel Hill.
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