Aerospace engineering internships for high school students | RISE Research

TL;DR

Aerospace engineering internships for high school students exist, but most are extremely competitive, geographically limited, or produce no verifiable output. RISE Research offers a fully online alternative: a 1-on-1 mentorship programme where students publish original aerospace or engineering research in a peer-reviewed journal. Our deadline is closing soon. If you want a real research outcome, a Research Assessment is the right next step.

Introduction

Aerospace engineering internships for high school students are among the most searched and least accessible opportunities in STEM. NASA alone receives tens of thousands of applications each cycle for a limited number of pre-college placements. The demand is real. The supply is not. Most students who pursue aerospace engineering experience in high school find that true hands-on placements require existing connections, proximity to a facility, or a level of prior coursework that rules out most 9th and 10th graders entirely.

The deeper problem is output. Even students who secure a placement often leave with a certificate and a general experience description. Neither carries weight in a college application the way a published paper does. Admissions readers at top engineering programmes cannot verify what a student did in a lab or workshop. They can verify a published paper.

RISE Research solves this directly. It is a selective 1-on-1 mentorship programme where high school students conduct original research under expert mentors and publish in peer-reviewed journals. Students targeting aerospace engineering degrees at top universities use RISE to build the kind of academic record that admissions committees at MIT, Caltech, and Georgia Tech can independently verify. Explore the admissions outcomes RISE scholars have achieved to understand what that looks like in practice.

What aerospace engineering internships are available for high school students?

RISE Research is the strongest verified option for high school students who want a published, externally validated aerospace or engineering research outcome. Beyond RISE, a small number of government-affiliated and university-based programmes exist, though most carry significant eligibility restrictions.

RISE Research

RISE Research pairs students with PhD-level mentors from Ivy League and Oxbridge institutions for a 10-week, fully online research programme. Students in aerospace and engineering fields have published work covering topics including fluid dynamics, materials science, propulsion systems, and aerospace structures. The programme carries a 90% publication success rate across 40+ peer-reviewed journals. It is open to students in Grades 9 through 12, regardless of location. View current RISE student research projects to see the range of engineering topics available.

NASA High School Internship Programme (NASA OSSI)

NASA offers internship opportunities for students through its One Stop Shopping Initiative (OSSI) portal at intern.nasa.gov. High school eligibility is listed for certain positions, though the majority of listed roles target undergraduate and graduate students. Placements are in-person at NASA centres across the United States. Applicants must be US citizens, at least 16 years old, and maintain a minimum GPA of 3.0. Specific high school tracks are limited and vary by centre and availability.

Aerospace Industries Association and Industry Pathways

Some aerospace companies, including Lockheed Martin and Northrop Grumman, list high school outreach or shadow programmes through their corporate education initiatives. These are not standardised internships and vary significantly by location, availability, and year. They rarely produce a verifiable academic output and are typically not listable as research experience in a college application.

University Pre-College Engineering Programmes

Several universities run pre-college engineering experiences that include aerospace content. MIT OpenCourseWare and MIT's Beaver Works programme offer structured STEM content for high school students. Beaver Works focuses on autonomous systems and engineering design. These programmes are competitive and produce project-based outputs rather than peer-reviewed publications. Details are available at beaverworks.ll.mit.edu.

How competitive are aerospace engineering internships for high school students?

Genuine aerospace engineering internships for high school students are highly competitive. NASA's high school pathways draw applicants from across the United States, and placement numbers for pre-college students are not publicly disclosed but are understood to be small. Most industry placements require US citizenship, a minimum age of 16, and proximity to a physical facility.

Students without prior coursework in physics, calculus, or engineering design are rarely competitive for formal placements. Geographic access is a significant barrier. Students outside major aerospace hubs such as Houston, Huntsville, Cape Canaveral, and Los Angeles face limited options even when academically qualified.

RISE Research removes these barriers entirely. Acceptance is based on research readiness and genuine intellectual curiosity, not prior prestige, location, or citizenship. The programme is fully online and open to students globally. With a 90% publication success rate, RISE provides a more reliable path to a verifiable research outcome than most competitive internship applications. Learn more about the RISE mentor network and the expertise students are matched with.

Research vs internships in aerospace engineering: which is better for college applications?

Published research in aerospace engineering is a stronger application signal than an internship certificate. RISE Research produces a peer-reviewed publication that appears directly in the Common App Activities section and can be independently verified by any admissions reader.

Internships provide genuine value: exposure to professional environments, reference letters, and an understanding of how aerospace organisations function. These are not trivial. But they carry a credibility gap in college applications. An admissions reader at Caltech or MIT cannot verify what a student did during a two-week shadow placement. They can verify a published paper with the student's name on it.

Published research signals something internships cannot: the ability to form a research question, engage with academic literature, produce original analysis, and withstand peer review. These are precisely the skills top engineering programmes are selecting for.

RISE scholars have achieved an 18% acceptance rate to Stanford (compared to 8.7% for the general applicant pool) and a 32% acceptance rate to UPenn (compared to 3.8% for the general pool). These outcomes reflect what happens when a student combines genuine research output with a strong academic profile. Review the full RISE admissions results for more detail.

For students serious about aerospace engineering at a top university, the strongest application combines a relevant published paper with evidence of broader engineering engagement. RISE provides the former. Internship experience, competitions, and coursework build the latter.

RISE Research mentors specialise in engineering and applied science fields and have guided students to peer-reviewed publication in aerospace-relevant topics. Our deadline is closing soon. Book a free Research Assessment to find out what is achievable in your timeline.

How to get an aerospace engineering internship as a high school student

The most reliable path to an aerospace engineering internship as a high school student involves direct outreach, early preparation, and realistic expectations about selectivity. Most formal programmes do not recruit at the high school level, so students who succeed typically create their own opportunities.

Start by identifying university aerospace engineering departments within commuting distance. Email the department administrator, not individual professors, and ask whether any faculty accept high school research volunteers. Keep the email short: one paragraph explaining your academic background, one sentence on what you hope to contribute, and a clear ask. Most will not respond. Some will. That is the reality of cold outreach.

For government programmes, monitor the NASA OSSI portal at intern.nasa.gov for high school eligible listings. Set up alerts and apply as soon as positions open. Eligibility windows close quickly.

For students outside the United States or without access to aerospace facilities, cold outreach is unlikely to produce results. RISE Research removes this problem entirely. Students are matched directly with a qualified mentor in their chosen field, with no cold emailing, no geographic restriction, and no dependence on institutional access. This is particularly relevant for international students targeting US aerospace engineering programmes. See how engineering internships for high school students compare across different pathways.

Frequently asked questions about aerospace engineering internships for high school students

Are there free aerospace engineering internships for high school students?

Most verified aerospace internships for high school students are unpaid and competitive. NASA's pre-college pathways, where available, do not offer stipends for high school participants. University research volunteer placements are also typically unpaid. RISE Research is a paid programme, but it produces a peer-reviewed publication, which carries direct application value that unpaid shadow experiences rarely match.

Do I need prior experience to get an aerospace engineering internship in high school?

Most selective placements expect demonstrated interest and some academic preparation, typically coursework in physics and mathematics at or above grade level. Formal engineering coursework is an advantage. RISE Research requires no prior research experience. Students are assessed on intellectual curiosity and research readiness, and mentors guide them through the full research process from question formation to publication.

Can online aerospace engineering internships count for college applications?

Online experiences can appear in the Common App Activities section, but their weight depends on what they produced. A programme that issues a completion certificate carries less weight than one that produces a published paper. RISE Research is fully online and produces a peer-reviewed publication, making it one of the most application-relevant online options available to high school students. For a broader view, see online internships for high school students.

What is the difference between an aerospace engineering internship and an aerospace research programme?

An internship places a student in a professional or academic environment to observe and assist. A research programme, particularly one like RISE, requires the student to conduct original investigation and produce a publishable output. Internships build exposure and professional context. Research programmes build academic credibility. For college applications to top engineering schools, a published paper from a research programme is a stronger signal than an internship certificate. RISE Research is the programme that most reliably produces that outcome for high school students in aerospace and engineering fields. You can also explore engineering research project ideas for high school students to understand the range of topics available.

What do colleges look for in aerospace engineering experience?

Top engineering programmes look for evidence that a student can think like an engineer: identifying a problem, applying rigorous methods, and producing a result. A published research paper demonstrates all three in a way that can be independently verified. RISE Research is the most direct path to that outcome for a high school student. Beyond research, colleges value evidence of sustained interest: relevant coursework, competitions such as Science Olympiad or FIRST Robotics, and clear articulation of why aerospace engineering specifically. Research published through RISE can anchor all of these elements into a coherent application narrative.

Conclusion

Aerospace engineering internships for high school students exist, but access is narrow, outputs are often unverifiable, and competition is significant. For students who want a genuine research outcome that appears on a college application and can be independently verified, RISE Research is the most reliable path available. The programme is fully online, open to students globally, and carries a 90% publication success rate across 40+ peer-reviewed journals. RISE scholars have demonstrated measurably stronger acceptance rates at top universities, including Stanford and UPenn, compared to the general applicant pool.

Our deadline is closing soon. If you want aerospace engineering experience that produces a real published paper, schedule a free Research Assessment and we will tell you exactly what is achievable in your timeline.