Updated November 2026

TL;DR

This guide covers 12 mechanical engineering research opportunities for high school students, from a mentored paper you write at home to free summers at MIT and paid Navy lab placements. Most programs are free. Want to skip ahead? Go straight to the online research programs, MIT summer programs, lab internships, or programs by state, or open the cost and deadline comparison. Online mentored programs cost more: Lumiere starts at $2,990, with financial aid available, and Horizon varies by program. SEAP pays a $4,000 to $4,500 stipend, and the Clark Scholars Program pays $750. Four deadlines land before the end of December 2026: Lumiere's winter cohort, Horizon's winter cohort, SEAP (November 30), and RSI (December 11). If you want to research your own mechanical engineering question with a PhD mentor, check out the Lumiere Research Scholar Program.

If you're thinking about mechanical engineering, a research program is the fastest way to find out whether you like the work before you pick a major. You test an idea, model or build something, and see how engineers handle a problem with no answer key. We've put together 12 programs that put you in front of that work, from a 12-week online paper to six weeks at MIT to a Navy lab placement. If you’d rather send them to a wider guide, swap in your engineering research opportunities post instead. 

What is mechanical engineering research for high school students?

Mechanical engineering research for high school students means working on an actual problem about motion, forces, heat, fluids, or materials, usually with a mentor, and ending with a paper, poster, prototype, or presentation.

In plain terms, you pick something that moves, bends, heats up, or wears out, and you find out why. Sometimes that means joining a live project in a lab, like at SEAP, the Clark Scholars Program, NYU ARISE, or Princeton's Laboratory Learning Program. Sometimes it means choosing a mechanical system and writing about it, as you do with Lumiere or Horizon. And sometimes it means building hardware with a team that has to work on race day, like the robot cars and satellites at BWSI. Whichever route you take, you leave with something you can point to.

Which mechanical engineering program fits your goal?

For a wider look at the field, see our guide to engineering research opportunities for high school students.

Can you do mechanical engineering research online?

Yes. Lumiere and Horizon run fully online, and you can join from anywhere in the world. Online mechanical engineering research is analysis, design, and modeling: you study a system on paper or in simulation instead of testing a part on a bench. If you want machines and test equipment, pick an in-person program such as SEAP, the Clark Scholars Program, NYU ARISE, or WTP.

In-person programs take applicants from other states, but housing can be a hurdle. The MIT programs (RSI, MITES Summer, and WTP) are residential. SEAP interns arrange their own housing at many labs, NIST SHIP requires you to live within 50 miles of its campus, and ARISE, Princeton, and UMD ESTEEM are built for local students.

Online mechanical engineering research programs for high school students

1. Lumiere Research Scholar Program

Location: Remote ,  you can participate in this program from anywhere in the world!

Cost: Varies depending on program type. Full financial aid available.

Application Deadline: Varies by cohort.

Program Dates: Vary by cohort: summer, fall, winter, or spring. Options range from 12 weeks to 1 year.

Eligibility: You must be currently enrolled in high school and demonstrate a high level of academic achievement.

The Lumiere Research Scholar Program's mechanical engineering track is a 12-week, one-on-one research project with a PhD fellow or postdoc. You pick a mechanical system to study, such as a robotic gripper or a heat exchanger, and use 9 sessions with your mentor to analyze or model how it performs and compare your results with published research. Along the way, you learn to scope an engineering question, review mechanical engineering literature, and defend a design choice with evidence.

Who is it right for? You, if you want a finished paper on a mechanical engineering question you picked and need an option that works from home.

2. Horizon Academic Research Program (HARP)

Location: Virtual 

Cost: Varies depending on program type. Financial aid available.

Dates: The spring and fall cohorts run 15 weeks, while the summer cohort runs 10 weeks (June-September).

Application Deadline: Multiple deadlines throughout the year for the Spring, Summer, and Fall cohorts. 

Eligibility: High school students with good academic standing (>3.67/4.0 GPA) can apply. Most accepted students are 10th- or 11th-graders!

Horizon's mechanical engineering track is a trimester-long research project with a professor or PhD scholar. You choose quantitative or qualitative research, so you can run calculations and simulations on a mechanical system or study how engineers have approached a design problem. Horizon lists CAD design, prototyping, materials testing, and thermodynamics among the skills in the track. You finish with a 20-page paper you can send to journals, plus a letter of recommendation and detailed feedback on your project.

Who is it right for? You, if you have a strong GPA and want a longer, more academic paper with a professor or PhD scholar.

Mechanical engineering summer programs at MIT for high school students

3. MIT Research Science Institute (RSI)

Location: MIT, Cambridge, MA (in person); a Stanford site is also planned for summer 2027

Cost: Free

Acceptance rate/cohort size: About 100 students each year

Program Dates: Six weeks in summer; 2027 dates are TBA (the 2026 session ran June 28 to August 8)

Application Deadline: December 11, 2026

Eligibility: High school juniors (rising seniors)

RSI is a six-week research program at MIT that opens with a week of college-level courses taught by some of the country's most accomplished professors, then moves into five weeks of research with a mentor. You draft a detailed research plan, run your project, and deliver written and oral reports on your results. Mentors span science and engineering, so a mechanical or materials project is possible. You practice reading primary literature, narrowing a broad topic into a testable question, and presenting your findings to scientists.

Who is it right for? You, if you're a junior with a strong math and science record who wants the most selective free research summer on this list.

4. MITES Summer

Location: MIT, Cambridge, MA (residential)

Cost: Free; students pay only for transportation to and from MIT

Acceptance rate/cohort size: Not published

Program Dates: Six weeks starting in mid-June; 2027 dates are TBA

Application Deadline: February 1, 2027, 11:59 p.m. PST (recommendations due February 15)

Eligibility: High school juniors who are U.S. citizens or permanent residents; the program focuses on underserved students

MITES Summer is a six-week, project-based STEM program at MIT, with midterms in week 3, finals in week 6, and final projects and presentations in weeks 5 and 6. Electives have included engineering design, architecture, machine learning, genomics, and electronics, and engineering design is the closest fit for mechanical engineering. Each student gets a written evaluation from their instructor at the end, and many students submit it with their college applications.

Who is it right for? You, if you're a junior from an underserved background who wants a free, six-week taste of MIT coursework and project work.

5. MIT Women's Technology Program (WTP)

Location: MIT, Cambridge, MA (residential)

Cost: Free to attend for families earning under $120,000 a year

Acceptance rate/cohort size: Not published

Program Dates: Four weeks in summer (the 2026 session ran June 27 to July 25); 2027 dates are TBA

Application Deadline: January 15, 2027 (the application opens at the end of November)

Eligibility: Female students in 11th grade living in the U.S.

WTP's mechanical engineering track is a four-week crash course taught by graduate students from MIT's mechanical engineering department. You study fluid mechanics, materials, statics, heat transfer, thermodynamics, and engineering design. That means working out the forces on a stationary structure, modeling how heat moves through a material, and analyzing how fluids flow. 

Who is it right for? You, if you're a junior who loves math and science and wants a focused four-week mechanical engineering course at MIT.

6. MIT Beaver Works Summer Institute (BWSI)

Location: MIT, Cambridge, MA (in person)

Cost: Tuition is free; students who need lodging may owe a fee that is waived or reduced based on family income

Acceptance rate/cohort size: Not published

Program Dates: About four weeks in summer for rising seniors; 2027 dates are TBA

Application Deadline: March 31, 2027 (teacher recommendation due April 3)

Eligibility: High school juniors (rising seniors)

BWSI is a project-based summer program at MIT where you finish with hardware that works. In the Autonomous RACECAR course, you program a robot car's sensors to detect lane markings, drive a course on its own, and race it in a mini grand prix. The course lineup changes each year. The Build a CubeSat Challenge, which BWSI now runs as a team challenge instead of a summer course, has teams of five design, build, and test a prototype CubeSat. You work through the satellite's major subsystems with hands-on mechanical, electrical, and software engineering, then run a science mission with scientists from industry or academia.

Who is it right for? You, if you want to build and program hardware on a team and end the summer with a working robot car or satellite prototype.

Mechanical engineering lab internships for high school students

7. Science and Engineering Apprenticeship Program (SEAP)

Location: Department of the Navy labs across the U.S. (in person)

Cost: None; paid stipend of $4,000 for first-year interns and $4,500 for returning interns

Acceptance rate/cohort size: About 300 placements across 38 labs

Program Dates: Eight weeks in summer 2027; exact dates are set by each lab

Application Deadline: November 30, 2026

Eligibility: U.S. citizens who have completed 9th grade and are at least 16 when the internship starts; graduating seniors can apply

SEAP places you in a Department of the Navy research lab for eight weeks to work on real Navy science and engineering under a lab scientist or engineer. What you do day to day depends on the lab and project, so your placement follows the labs near you and the interests you list. Lab scientists and engineers mentor you through the project, and you earn a stipend for the eight weeks.

Who is it right for? You, if you're a U.S. citizen who wants a paid lab placement and can get to a participating Navy lab, since many interns arrange their own housing and transportation.

8. NIST Summer High School Intern Program (SHIP)

Location: NIST campuses in Gaithersburg, MD or Boulder, CO (in person)

Cost: Volunteer internship

Acceptance rate/cohort size: Not published

Program Dates: Seven weeks, mid-June to early August; 2027 dates are TBD (the 2026 session ran June 22 to August 7)

Application Deadline: Expected at the end of January 2027 (the 2026 cycle closed January 26, 2026)

Eligibility: U.S. citizens who are high school juniors or seniors, with an unweighted GPA of 3.0 or higher, living within 50 miles of the host campus

NIST SHIP puts you inside a federal measurement lab for seven full weeks, working on an individual research project alongside NIST scientists and engineers. NIST is the national measurement institute, so the work centers on careful measurement, materials, and engineering systems. Gaithersburg interns have toured the Net-Zero Energy Residential Test Facility, a test home for building energy performance. 

Who is it right for? You, if you live within 50 miles of Gaithersburg or Boulder and can work seven weeks without pay.

9. Anson L. Clark Scholars Program

Location: Texas Tech University, Lubbock, TX (residential)

Cost: No cost; $750 stipend

Acceptance rate/cohort size: 12 scholars each year

Program Dates: Seven weeks; 2027 dates are TBA (the 2026 session ran June 21 to August 6)

Application Deadline: February 15, 2027, 11:59 p.m. CT

Eligibility: Rising high school seniors and recent graduates who are 17 or older when the program starts

The Clark Scholars Program pairs each of its 12 scholars one-on-one with a Texas Tech faculty mentor for a seven-week individual research project. Mechanical engineering is one of the research areas, alongside electrical and computer engineering, chemistry, computer science, physics, and biology. You work full-time in your mentor's lab, so the project comes from real, ongoing research in the department.

Who is it right for? You, if you're 17 or older, want a single faculty mentor for seven weeks, and can live in Lubbock for the summer.

Mechanical engineering programs for high school students by state

10. NYU Applied Research Innovations in Science and Engineering (ARISE)

Location: NYU Tandon School of Engineering, Brooklyn, NY (in person after an online start)

Cost: Free; $2,000 stipend on completion

Acceptance rate/cohort size: Not published

Program Dates: 10 weeks in summer: four weeks of remote after-school workshops in June, then six weeks of in-person lab work; 2027 dates are not yet posted

Application Deadline: Not yet posted; the 2026 deadline was February 27, and applications typically open in mid-January

Eligibility: NYC high school students in 10th or 11th grade who attend NYC schools

ARISE is a 10-week NYU Tandon program that starts with four weeks of training in lab safety, research fundamentals, and college-level writing. For the next six weeks, you work in an NYU lab, drawn from a rotating roster of around 50, with research areas that include mechanical and aerospace engineering and robotics. In total, you log about 120 hours of research with NYU faculty and graduate student mentors, then present your findings at a closing colloquium to NYU faculty, graduate students, and your family.

Who is it right for? You, if you live and attend school in New York City and want a free summer in a university engineering lab.

11. Princeton University Laboratory Learning Program (LLP)

Location: Princeton University, Princeton, NJ (in person; commuter, no housing)

Cost: Free

Acceptance rate/cohort size: Not published; more than 3,000 students applied for the 2026 program

Program Dates: Five to six weeks, full-time, with dates that vary by project; 2027 dates are TBA

Application Deadline: Mid-March (2027 date TBA)

Eligibility: U.S. citizens enrolled in a New Jersey high school who are 16 or older

Princeton's Laboratory Learning Program makes you a full-time research assistant in a Princeton lab for five to six weeks, working with faculty and researchers on an active project. Engineering project areas listed for last cohorts included a piezoelectric soft robot, a bio-inspired soft robot, kirigami sheets, and materials characterization of cathodes for lithium-ion batteries. You learn laboratory techniques, safety protocols, and the methods used in current investigations, and you finish with a two-page research summary report.

Who is it right for? You, if you attend school in New Jersey and want a free, full-time lab placement at a research university.

12. UMD ESTEEM/SER-Quest

Location: A. James Clark School of Engineering, University of Maryland, College Park, MD (in person; commuter only, no housing)

Cost: No cost for selected students

Acceptance rate/cohort size: Not published

Program Dates: Four weeks in summer (the 2026 session ran July 7 to July 31); 2027 dates are TBA

Application Deadline: 2027 date TBA (the 2026 deadline was March 29, with teacher recommendations due April 9)

Eligibility: Rising seniors with a 3.2 GPA or higher and no C's in math or science, who have finished trigonometry, chemistry, and pre-calculus with a B or better (pre-calculus must be done by the summer before 12th grade), and who want to major in engineering at the University of Maryland

ESTEEM/SER-Quest is a four-week research program at the University of Maryland's Clark School of Engineering where you write a research proposal, complete a literature search, and carry out a research project in engineering. In past years, groups of two to four students worked with a mentor who designed the research problem, gave early lectures on the theory behind it, and directed the related experiments and written work. Each group presents at a closing symposium, and you meet undergraduate and graduate engineering students along the way.

Who is it right for? You, if you live within daily travel of College Park, plan to study engineering, and want a proposal-to-presentation research project over four weeks.

How do the programs compare on cost, deadlines, and eligibility?

Dates marked "expected" are based on last year's cycle.

Can freshmen and sophomores do mechanical engineering research?

Yes, but the options are limited. Lumiere takes currently enrolled high school students in any grade, and most students accepted to Horizon are in 10th or 11th grade. SEAP opens once you've completed 9th grade and are 16, and ARISE takes 10th graders who live in New York City. Most of the other programs start at junior year.

How do you get into a mechanical engineering research program?

You stand out by showing you've already started working like an engineer. These five steps help with nearly every program above.

1. Build or model something before you apply. A CAD model, a 3D-printed part that you tested until it broke, or a small robot all count. Free CAD tools such as Onshape or Fusion let you start at home. A reader who sees a real project knows your interest is genuine.

2. Name a mechanical question or system. A sentence like "I want to find out why my 3D-printed bracket fails under load" tells a reader you picked on purpose. Lumiere and Horizon ask you to choose your topic, and lab programs like SEAP place you partly by the interests you list.

3. Ask your recommender before December. MITES Summer recommendations are due February 15, and UMD ESTEEM wants one letter from a math teacher and one from a science teacher. Give your teachers a short list of what you did in their class.

4. Plan your housing and travel. MIT's programs are residential, but SEAP interns arrange their own housing at many labs, and NIST SHIP, ARISE, Princeton, and UMD ESTEEM expect you to live nearby. If your plan is a relative's spare room, say so clearly.

5. Put every deadline on one calendar. Four deadlines fall between November 8 and December 11, and the next wave runs from January 15 to March 31. The comparison table above has every date. A missed form can cost you a full year.

Do you want to research your own mechanical engineering question?

Most programs on this list give you a lab placement, a course, or a team build. If you'd like to go deeper on a question you choose, the Lumiere Research Scholar Program pairs you one-on-one with a PhD fellow or postdoc.

In the 12-week Individual Research Program, you meet your mentor nine times and a writing coach twice, then finish with a college-level research paper. The program is fully online, and financial aid is available. Lumiere reports more than 7,200 students mentored since 2020 and student work published in over 50 academic journals.

Frequently asked questions about mechanical engineering research

What is the best mechanical engineering research program for high school students?

It depends on what you want to do. For a paper of your own from home, choose Lumiere or Horizon. For the most selective free summer, choose RSI. For a paid lab placement, choose SEAP. For one faculty mentor in a mechanical engineering lab, choose the Clark Scholars Program. For a first look at the subject, WTP (for girls) and BWSI (for builders) are the closest to hands-on mechanical engineering.

Are there free mechanical engineering programs for high school students?

Yes. RSI, MITES Summer, the Clark Scholars Program, NYU ARISE, Princeton LLP, and UMD ESTEEM/SER-Quest are free, and BWSI has no tuition. WTP is free for families earning under $120,000 a year. SEAP pays you a stipend. Lumiere also offers its program at no cost to talented low-income students through the Lumiere Research Inclusion Foundation.

Can I do mechanical engineering research online?

Yes. Lumiere and Horizon are fully online, and both accept students from anywhere in the world. You'll work with a PhD-level mentor on analysis, design, or modeling of a mechanical system and finish with a research paper. You won't use a test bench, so choose an in-person program if hands-on lab work matters to you.

Do I need engineering experience to apply?

Usually not. None of the programs here ask for a prior research project. Some set academic bars: Horizon expects a GPA above 3.67, NIST SHIP requires a 3.0 unweighted GPA, and UMD ESTEEM requires pre-calculus, chemistry, and trigonometry with a B or better.

Can freshmen or sophomores do mechanical engineering research?

A few programs allow it. Lumiere accepts any currently enrolled high school student, Horizon accepts mostly 10th and 11th graders, SEAP opens after 9th grade for students who are 16, and ARISE takes 10th graders in New York City. Most others start at rising junior or rising senior.

Will I finish with a paper or something else?

It varies. Lumiere and Horizon end in a full research paper. RSI ends with written and oral reports, and Princeton LLP with a two-page summary. ARISE and UMD ESTEEM end with a presentation, and BWSI ends with a working robot car or CubeSat prototype. SEAP and NIST SHIP depend on your lab and mentor.

When should I apply for summer 2027 programs?

Start in November. Lumiere's winter cohorts, Horizon's winter cohort, SEAP, and RSI close between November 8 and December 11, 2026. WTP closes January 15, MITES Summer on February 1, and the Clark Scholars Program on February 15. Princeton LLP, UMD ESTEEM, and BWSI close in March.

What mechanical engineering skills will I learn?

The skills depend on the program. WTP covers statics, thermodynamics, fluid mechanics, heat transfer, and engineering design. Horizon lists CAD design, prototyping, materials testing, and thermodynamics for its mechanical track. BWSI teams program robot cars and assemble CubeSat subsystems. Princeton projects have included soft robotics and battery materials characterization. Lumiere projects build skills in modeling a mechanical system and writing up the evidence.