If you’re a high school student searching for research opportunities for high school students in New Jersey, you’re certainly not short on nearby options. Princeton, Rutgers, and a cluster of research hospitals and independent labs across the state run many programs built around actual scientific inquiry rather than a packaged summer-camp curriculum. Sorting through them, however, means comparing very different formats, costs, and eligibility rules to see which one actually fits your situation.
Original research asks a different kind of thinking than coursework does. Instead of working toward a known answer, a student has to frame a question, work through incomplete data, and sit with results that don’t resolve neatly — a process that mirrors what happens in an undergraduate or graduate research lab. For students considering STEM, medicine, technology or research-adjacent fields, that exposure early on can clarify whether the day-to-day work of research is something they actually want to pursue. This will also help inform their future education and potential career paths.
New Jersey’s geography makes this easier to access than in most states. Princeton and Rutgers both run outreach programs specifically for local high schoolers, and the state’s research hospitals, biomedical institutes, and university science research centers and organizations add several more options within a reasonable drive of most New Jersey school districts.
Students searching for research programs for high schoolers in New Jersey will find a mix of formats: some placing students directly in an active faculty lab, others built around a defined research project completed with a mentor, and a smaller number offered entirely online.
Not every program offers the same level of oversight or the same opportunity to shape an original research question, which is why it’s worth gaining a deeper understanding of what separates a rigorous research experience from a more general STEM enrichment pre-college program before comparing the list below.
The highest quality research programs for high school students fall into two categories:
The strongest programs 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:
LLP places local high school students directly inside an active Princeton research group for the summer, working alongside faculty and research staff on the lab’s ongoing project rather than a pre-packaged curriculum. Assignments depend on which faculty labs opt into the program each year, so the specific research area changes annually. Students complete a two-page research summary at the end of the program describing their question, methods, and findings.
For a closer look at what the application and placement process involves, read our complete guide to the Princeton Laboratory Learning Program.
The Pioneer Research Institute provides an opportunity for high school students to complete original research with a university professor, culminating in a formal paper rather than a group project or lab rotation. The program is fully virtual, so New Jersey students can participate without a campus commute, and research areas span the sciences, social sciences, engineering, and humanities.
Because Pioneer accepts students in grades 9 through 12 and runs both summer and spring-to-summer terms, it’s an option worth considering at multiple points in a student’s high school career, not only the summer before senior year.
For those curious about the Pioneer Research Institute, you can view our full guide to the program, which includes information about the application process and interview.
When active, this summer internship program places graduating seniors inside PPPL’s plasma physics and fusion energy research groups, contributing to experimental design, computational modeling, or engineering tasks depending on placement. Interns were historically encouraged to have experience in physics, chemistry, and advanced math, with some projects involving programming in Python or design tools like SolidWorks.
Note: PPPL has confirmed its High School Summer Internship will not run for the 2026 cycle. Students interested in a future summer should check the program’s site directly before planning around it.
WISE is a two-week, non-residential summer program at Rutgers’ Waksman Institute focused on molecular biology and bioinformatics, where students purify and analyze DNA fragments from the duckweed species Landoltia punctata and compare gene sequences using the same bioinformatic tools used by working scientists.
Daily seminars from Rutgers faculty are paired with laboratory sessions each afternoon. Students who complete the sequencing work submit their analyses for inclusion in GenBank, the international DNA sequence repository maintained by NCBI.
This residential program gives mathematically talented students a month-long, intensive introduction to discrete mathematics, an area of math with direct applications in computer science and cryptography. Students live on Rutgers’ Busch campus, work through challenging problem sets, and meet mathematicians who serve as mentors throughout the program.
Admission is based on a set of application problems rather than grades alone, and the program has run at Rutgers most years since 1990.
GSSRP places students on faculty-led research teams across scientific computation, cancer biology, machine learning, developmental biology, and drug discovery. Students choose between a two-week and a four-week session, both structured around lab collaboration alongside faculty and research staff rather than independent study. The summer program also includes skills workshops and instrumentation demonstrations as part of its research-first curriculum.
This summer program embeds students directly within Hackensack Meridian’s Center for Discovery and Innovation, contributing to ongoing projects in infectious disease, cancer, immunology, or neurocognitive and behavioral health under a research mentor. Scholars attend weekly “Meet the PI” and career-development sessions alongside their lab work, and the program concludes with a research presentation at the center’s Summer Research Scholars Day.
Partners in Science is an eight-week mentorship program pairing students with scientists in science, health, and technical fields at a range of different locations: colleges, universities, hospitals, or other research facilities. Students join an ongoing lab’s research and are expected to contribute to real, current questions in the field. The program also has a companion track, Pathways to Partners in Science, a two-week introductory program for rising 10th graders designed to prepare them for the full mentorship later on.
This virtual, four-week summer program introduces students to quantitative finance through live sessions three days a week, covering financial analysis, probability, and data-driven decision-making. Participants work toward Bloomberg Market Concepts and Capital IQ certifications as part of the coursework, and coding exposure in R is built into the curriculum. Because the format is fully virtual, it’s accessible to students anywhere in New Jersey without a campus commute.
This program places participants in a working biomedical research laboratory alongside PhD and MD scientists at BRInj’s Cedar Knolls facility. Students are introduced to basic laboratory and research techniques. Further, students gain hands-on training and exposure biomedical research in a professional laboratory settings and develop foundational research skills.
Cost and detailed application requirements are not currently listed on BRInj’s website, and the Summer 2026 application window has closed. Contact the program directly for current details or check back for a future summer cycle.
Weston Science Scholars is a three-week, tuition-based research program built specifically for Montclair High School students, connecting them with Montclair State University faculty scientists for laboratory work alongside a math component tied to their research. Admission considers recent grades, an essay, teacher recommendations, and an interview. Scholars also complete 20 hours of community service as part of the summer program.
LEEDAR allows high school students to work closely with Rutgers chemistry researchers for six to eight weeks of lab-based research, with the specific schedule set in consultation with the professor leading the laboratory. Students indicate their research interests and, if placed, work on a specific research project in a participating Rutgers laboratory rather than following a fixed curriculum. Research placements and schedules depend on participating laboratories and faculty arrangements each summer.
Pathfinders is a two-week residential program pairing high-achieving students with individualized research support from a Rowan faculty member, structured around a college course in the mornings and a research internship in the afternoons. Students live on campus for the full two weeks, including weekends, and take an accredited Rowan University course as part of the program. Admission requires a minimum 3.5 GPA along with essays and recommendation letters.
PUMA is a three-week materials science and engineering program run through the Princeton Center for Complex Materials, combining inquiry-based labs, an independent project, with recent summer cohorts culminating in a research poster presentation.
The program is coordinated through partnerships with Mercer County Community College’s Youth Programs and TRIO Upward Bound, and has historically served students from underrepresented backgrounds, including students from Mercer County partner schools and programs. Cohorts are small and vary in size from year to year.
Start with format and logistics before anything else. Commuter programs like LLP, the in-person WISE sessions, or the Kean and Rutgers lab options require daily transportation for the full duration, while residential programs like Rutgers’ Discrete Mathematics program or Rowan’s Pathfinders track ask students to live on campus. Fully virtual options, including the Pioneer Research Institute and Stevens’ quantitative finance program, remove the commute question entirely, which matters for students without reliable transportation to Princeton or New Brunswick.
From there, weigh cost and research ownership as separate factors. Some programs place students inside an existing lab’s research agenda, while others give students more room to formulate and pursue an original research question. Both models appear among free and tuition-based programs. Neither structure is inherently better: it depends on whether a student wants exposure to how a working lab operates or wants greater ownership over the direction of their research.
If you’re looking for flexibility in topic, timing, and format among summer research opportunities for high school students in New Jersey, the Pioneer Research Institute is worth strong consideration: it’s fully virtual, spans a wide range of research areas, and doesn’t require New Jersey residency or a local school district.
Whichever program a student chooses, the value of the experience comes down to the same two questions: how much genuine oversight is built into the research, and how much room the student has to shape the question they’re investigating. New Jersey students have a wide range of these options within reach, and taking the time to match a program’s structure to a student’s actual academic interests will matter more in the long run than the name on the acceptance letter.
North Jersey students weighing whether to add a commute into New York City to the mix may also find our guide to research programs for high school students in New York City a useful next comparison point.
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.
The strongest research opportunities for high school students in New Jersey combine substantive mentorship, meaningful research experience, and clear institutional oversight. Princeton’s Laboratory Learning Program, Rutgers’ Young Scholars Program in Discrete Mathematics, and the Pioneer Research Institute are among the most selective and research-intensive options available to New Jersey students, though the right fit depends heavily on a student’s subject interest, availability for a commute or residential stay, and budget.
Reviewing the eligibility and format details for each program above is the most reliable way to narrow the list to a realistic shortlist.
New Jersey high schoolers can get involved and access real research experience through university outreach programs like Princeton’s LLP or Rutgers’ LEEDAR and WISE programs, research hospital programs like Hackensack Meridian’s CDI Summer Research Scholar Program, or fully virtual options like the Pioneer Research Institute.
These programs offer different forms of research experience: LLP, LEEDAR, and CDI embed students in active research environments alongside professional researchers, while WISE provides a structured introduction to authentic molecular biology and bioinformatics research and Pioneer guides students through an original, independent and authentic research project.
Students should research programs several months ahead of the summer term, since application timelines vary widely and some selective programs begin filling spots during the winter.
Princeton runs the Laboratory Learning Program and the Princeton University Materials Academy for local New Jersey high school students, while Rutgers offers the Young Scholars Program in Discrete Mathematics, the Waksman Institute Summer Experience (WISE), and the Department of Chemistry’s LEEDAR program.
Each has distinct eligibility rules: LLP is limited to students attending local New Jersey high schools, while PUMA has historically served local students through partner schools and programs. The Rutgers programs listed here do not impose the same local-district restriction.
The Pioneer Research Institute and Stevens Institute’s Quantitative Finance Summer Research Experience are both fully virtual, so students anywhere in New Jersey can participate without a daily commute or a residential stay.
Among in-person options, commuter programs such as Rutgers’ in-person WISE sessions or the Hackensack Meridian CDI Summer Research Scholar Program avoid the need for overnight housing but still require regular transportation to the research site. Residential programs like Rowan’s Pathfinders provide campus housing, while Rutgers’ Discrete Mathematics program houses students during the week but requires them to leave campus on weekends.
A research program typically centers on a defined research question that a student works through under academic or scientific mentorship, often producing a paper, poster, or formal research summary as the end product.
An internship is usually structured more broadly around workplace exposure — shadowing professionals, supporting existing projects, or rotating through different roles — and doesn’t always require the student to drive an independent research question.
Some programs, like Hackensack Meridian’s CDI Summer Research Scholar Program, blend both models by embedding students in a lab’s ongoing research while also including career-exploration components typical of an internship.
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