The 7 Best Engineering & Aerospace Programs for High Schoolers (2026)

The best way for a high schooler to get real engineering and aerospace experience is to combine three kinds of programs: a selective summer institute for project-based instruction, a competition for hands-on building and teamwork, and an internship or cadet program for exposure to how professionals actually work. No single program does all three, and the strongest students stack them over several years. What they share is a bias toward doing — designing a satellite mission, launching a rocket, writing the flight software — rather than just reading about it.

Here are the 7 best engineering and aerospace programs for high schoolers, what each one is, who qualifies, and how to build toward them.

1. MIT Beaver Works Summer Institute (BWSI)

Type: Selective summer institute · Best for: Deep, project-based instruction

MIT Beaver Works Summer Institute is a rigorous, project-based summer program run jointly by MIT Lincoln Laboratory and the MIT School of Engineering. Students work in small teams on a substantial engineering challenge — think autonomous vehicles, applied machine learning, or communications systems — and present real results at the end.

It is genuinely selective, and it expects preparation: most BWSI courses require students to complete online prerequisite coursework before the summer even begins, and admission is competitive. That prep work is a feature, not a hurdle — students arrive ready to build rather than spending the summer catching up. If you want one anchor program to organize a student's high-school engineering path around, this is a strong choice.

2. NASA SEES (STEM Enhancement in Earth Science)

Type: Summer internship · Best for: Working with real NASA data and mentors · Eligibility: Generally US-citizen-only

NASA SEES is a competitive summer high-school internship. Selected students work with real NASA data and mentors on Earth and space science projects, with a residential component. It is one of the few ways a high schooler gets to work directly with NASA-affiliated researchers — but NASA internships generally require US citizenship, so check that first.

3. Civil Air Patrol (CAP) Cadet Program

Type: Year-round cadet program · Best for: Sustained aerospace exposure and leadership · Eligibility: US-based program

Civil Air Patrol is the youth arm of the US Air Force auxiliary. Cadets progress through a structured program of aerospace education, leadership training, physical fitness, and flight opportunities, including orientation flights. It runs year-round through local squadrons rather than as a one-off summer event, which makes it a durable, multi-year commitment.

4. The American Rocketry Challenge (TARC)

Type: Competition · Best for: The hands-on build-test-revise cycle

The American Rocketry Challenge is the largest student rocketry competition in the country. Teams design, build, and fly a model rocket to meet precise altitude and flight-time targets, iterating on the design until it performs. It rewards the engineering cycle itself — hypothesis, build, test, revise — and its broad eligibility makes it one of the best first competitions for a ninth or tenth grader.

5. NASA Student Launch

Type: Season-long competition · Best for: Review-driven, professional-style engineering

NASA Student Launch is a more advanced rocketry challenge that runs across most of a school year. Teams build high-power rockets and payloads and document their work through NASA-style design reviews — unusually close to how real aerospace projects are actually managed. It's a strong step up once a team has a first rocketry season behind it.

6. StellarXplorers

Type: Competition · Best for: Satellite and mission-design systems work

StellarXplorers is a national satellite and space-system design competition. Teams tackle mission-design problems — orbits, satellite selection, mission planning — using industry-style tools. It gives students exposure to the systems-engineering side of space rather than only the hardware, and rounds out a profile that's otherwise all build-and-launch.

7. NSS Space Settlement Contest

Type: Competition · Best for: An accessible, ideas-first entry point

The NSS Space Settlement Contest, run by the National Space Society, asks students to design a space settlement and submit a written proposal. It's open to individuals and teams and is one of the most accessible entry points on this list because it needs ideas and analysis rather than a lab or a launch site — a good way to start before a student has a team or hardware.

How the three types fit together

Competitions teach students to build under constraints and deadlines with a team. Internships show them how professionals frame and solve problems. Cadet programs provide structure, leadership, and sustained aerospace exposure over years. A student who does one of each — say, TARC in the fall, SEES over the summer, and CAP throughout — ends up with a far richer profile than one who only repeats the same activity.

Because eligibility, grade bands, and formats shift year to year, always confirm the current rules on each program's official site. For a verified, current roster, see our full list of engineering and aerospace programs.

How to build toward these programs

The programs above reward students who arrive with real fundamentals, not just enthusiasm. A few practical steps:

Start with a team activity in ninth or tenth grade. A rocketry club or a first StellarXplorers season teaches the build-test-revise habit that everything else draws on, and gives a student the experience selective summer programs and internships look for.

Build the physics and math backbone. Aerospace and engineering work leans hard on mechanics, forces, and calculus. Students who are comfortable with these move faster on every project and are stronger candidates for selective programs — the single best long-term investment.

Do the prerequisite work seriously. Programs like BWSI publish prep coursework for a reason. Treating it as the real start of the program, not a formality, is what separates admitted students from waitlisted ones.

Layer the three types over time. Aim for a competition, then an internship or cadet program, then a selective summer institute — rather than trying to do everything in one frantic year.

For the fuller landscape of contests and how they connect to admissions, our overview of academic competitions is a good next read, and students planning a rigorous course load can see how AP courses fit in.

Where IvyStrides fits

Every engineering and aerospace track above leans on the same two subjects: physics and calculus. A student who is fluent in mechanics and comfortable with calculus gets more out of a BWSI project, a rocketry season, or a NASA internship — and is a stronger applicant to begin with.

IvyStrides' AP courses in Physics and Calculus, along with our SAT Math prep, are built to develop exactly that foundation. If you want to map out which courses to take and when, a free consultation is a straightforward place to start.

Frequently asked questions

Which program should a beginner start with? A team competition is usually the best first step. The American Rocketry Challenge or a StellarXplorers season gives a ninth or tenth grader hands-on experience and teamwork without requiring an internship application or prerequisite coursework. Selective summer institutes and NASA internships fit better once a student has that groundwork.

Do I have to be a US citizen? For some programs, yes. NASA internships (including SEES) generally require US citizenship, and Civil Air Patrol is a US-based cadet program. Many competitions have broader eligibility, but grade and residency rules differ, so confirm each program's current requirements on its official site.

How selective is MIT Beaver Works? It is competitive, and most courses require students to complete online prerequisite coursework before the summer. Treating that prep work as the real beginning of the program — not an afterthought — is a big part of being a strong applicant.

Can these programs be done alongside AP courses? Yes, and they complement each other. Physics and calculus coursework builds the backbone that rocketry, satellite design, and internships draw on, so many students run rigorous coursework and one or two programs in parallel across high school.

Where can I find a current, verified list? Because eligibility and formats change year to year, use an up-to-date roster rather than older posts. See our full engineering and aerospace list for current programs and links.