Top 20 Engineering Programs for High School Students in 2025–2026

If you’re aiming for an Ivy League engineering program, start joining engineering programs for high school students early. The best options allow you to work on real research with faculty and graduate mentors, giving you the kind of academic and practical evidence selective admissions officers want to see.

In this blog, you will see a clear breakdown of the top engineering programs for high school students. You will learn what each program offers, who can apply, and how engineering programs can strengthen your profile for highly selective engineering schools.

• • What Are the Best Engineering Programs for High School Students?
  • Research Science Institute (RSI)
  • Simons Summer Research Program
  • Summer Science Program (SSP)
  • Garcia Center Summer Scholars Research Program
  • Anson L. Clark Scholars Program
  • Stanford Institutes of Medicine Summer Research Program (SIMR)
  • MIT Beaver Works Summer Institute (BWSI)
  • Boston University Research in Science & Engineering (RISE)
  • UCSB Research Mentorship Program (RMP)
  • UC Santa Cruz Science Internship Program (SIP)
  • Iowa Secondary Student Training Program (SSTP)
  • COSMOS (California State Summer School for Mathematics and Science)
  • MITES (Minority Introduction to Engineering and Science)
  • International Summer School for Young Physicists (ISSYP)
  • Yale Summer Program in Astrophysics
  • UC Davis Young Scholars Program
  • UT Austin Summer High School Research Academy
  • UPenn Summer Research Academy
  • High School Honors Science, Math & Engineering Program (HSHSP)
  • NIH/NIA Summer Internships in Biomedical Research
  • Frequently Asked Questions
  • Takeaways

What Are the Best Engineering Programs for High School Students?

Early participation in engineering programs gives you direct access to engineering work before college. These engineering programs for high school students help you build technical skills, apply math and science in real settings, and solve complex problems under expert guidance. You’ll learn how to collect data, test designs, refine prototypes, and present results in a formal research environment—which can help you understand what engineering study and practice truly require.

Below, the top engineering programs are reviewed in a table summarizing program name, location, and dates.

Let’s discuss each program one by one.

1. Research Science Institute (RSI)

• Dates: June 28 – August 8, 2026
• Location: MIT, Cambridge, Massachusetts
• Cost: Free

Research Science Institute (RSI) is one of the most selective engineering programs for high school students. It accepts around 100 students worldwide each year. The program is built for rising seniors with exceptional strength in math, science, and engineering who are ready for advanced technical work.

You begin with a week of intensive classes focused on engineering foundations such as applied mathematics, scientific modeling, and research design. After this, you join an MIT research lab where you complete an original engineering project under the direct supervision of MIT faculty and graduate researchers.

You are expected to produce a formal research paper and present your findings at a final symposium. The workload is demanding and mirrors the pace of early graduate-level engineering study. This structure makes RSI one of the most rigorous and prestigious free engineering programs.

If you want to learn more, explore our complete guide to the MIT Research Science Institute.

2. Simons Summer Research Program

• Dates: June 29 – August 7, 2026
• Location: Stony Brook University, Stony Brook, New York
• Cost: Free

The Simons Summer Research Program places you inside active university engineering labs, where you will join a real research team and contribute to work already in progress under a Simons Fellow. Admission is extremely competitive, with an acceptance rate of about 5%.

If you pursue engineering through Simons, you may work on projects tied to mechanical systems, applied computing, materials development, or data-driven engineering models. You follow a structured schedule that includes lab hours, mentor meetings, and research workshops. By the end of the program, you will have completed a formal engineering research abstract and presented a technical poster that explains your methods, design logic, and findings.

Eligibility requires school nomination, strong academic performance, and U.S. citizenship or permanent residency. Since the program covers all tuition costs, it remains one of the most respected free engineering programs in the country.

If you want a more in-depth look at how this program supports early engineering careers, explore our full guide to the Simons Summer Research Program.

3. Summer Science Program (SSP)

• Dates: Late June – Early August, depending on project and campus
• Location: Multiple campuses across the U.S.
• Cost: $9,800 (financial aid available)

The Summer Science Program is one of the most structured engineering programs for high school students that requires you to commit to a single engineering-focused research project for the full 39 days.

For example, if you choose the astrophysics track, you tackle real engineering problems tied to orbit determination, computational modeling, and systems analysis. You work with raw telescope data, write Python code to process it, and apply numerical methods to calculate the trajectory of near-earth objects.

Regardless of your track, you’ll be expected to produce a comprehensive technical report and deliver a formal presentation explaining your engineering approach, calculations, and final results.

Admission to the Summer Science Program is highly competitive. Although SSP has expanded in recent years, it is still only able to admit around 500–600 students per year across all campuses. Because it is an international program that attracts thousands of applicants from around the world, the selection process is extremely selective, and competition remains intense.

To explore how this program shapes future engineers, review our comprehensive guide to the Summer Science Program.

4. Garcia Center Summer Scholars Research Program

• Dates: June 24 – August 7, 2026
• Location: Stony Brook University, New York
• Cost: $4,000 lab fee; housing and meals extra through Stony Brook

The Garcia Center Summer Scholars Research Program is one of the most specialized engineering programs for high school students focused on materials engineering and applied nanotechnology.

You work on research problems tied to polymer engineering, tissue scaffolding, microfluidic device design, or nanoscale material development. The program concludes with a formal research paper and a presentation delivered to faculty and technical reviewers. Many participants produce work that meets early publication standards, which adds significant value if you plan to pursue materials engineering, chemical engineering, or biomedical engineering.

If you want exposure to one of the most technically focused engineering programs, explore our full breakdown of the Garcia Center program for detailed insight.

5. Anson L. Clark Scholars Program

• Dates: June 21 – August 6, 2026
• Location: Texas Tech University, Lubbock, Texas
• Cost: Free

The Anson L. Clark Scholars Program is one of the most selective engineering programs for high school students in the United States. With only 12 seats available nationwide, the selection process is exceptionally competitive.

As a Clark Scholar, you are matched one-on-one with a Texas Tech faculty mentor and spend the entire summer developing an original engineering research project. Many students work in fields such as mechanical engineering, environmental engineering, computer engineering, or applied systems design.

Since the program is fully funded and highly competitive, it is widely recognized as one of the strongest free engineering programs.

For a more focused look at how this experience supports future engineers, read our detailed breakdown of the Anson L. Clark Scholars Program.

6. Stanford Institutes of Medicine Summer Research Program (SIMR)

• Dates: June 8 – July 30, 2026 (tentative)
• Location: Stanford University, Stanford, California
• Cost: Free (students cover housing and transportation)

Stanford’s SIMR is one of the strongest biomedical engineering programs for high school students who want direct exposure to medical and device-based engineering research.

The program notes that it anticipates admitting roughly 50 students, contingent on lab availability and funding. This small cohort size underscores how selective and competitive SIMR is each year.

As a SIMR participant, you are assigned to a specific research track such as bioengineering, computational biology, stem cell engineering, or systems neuroscience.  You follow a full-time research schedule and collaborate with Stanford faculty, postdoctoral researchers, and graduate students. The program concludes with a formal poster session where you explain your research process, design approach, and outcomes to the Stanford research community.

SIMR is best suited for students interested in the intersection of medicine and engineering, especially those considering careers in biomedical engineering, medical device development, or computational health systems.

If you want deeper insight into how this program supports future biomedical engineers, explore our SIMR program overview.

7. MIT Beaver Works Summer Institute (BWSI)

• Dates: July 6 – August 2, 2026
• Location: MIT Lincoln Laboratory, Lexington, Massachusetts
• Cost: Free for selected students

MIT Beaver Works Summer Institute is one of the most advanced engineering programs for high school students focused on applied systems design and real-world problem solving.

You select a specialized engineering track and focus on one project area for the duration of the program. Options often include autonomous drone navigation, embedded security systems, AI-driven vehicle control, radar signal processing, and autonomous racetrack engineering.

Before arriving on site, you complete a demanding online prerequisite course that tests your readiness for the program. Once accepted into the residential phase, you join a team and begin building functional prototypes. Every day, you work through design reviews, performance benchmarks, and iterative testing cycles. Mentors guide you through technical decisions while expecting independent problem-solving and precise documentation of every stage.

Check out our full guide to BWSI for a more in-depth exploration of the program.

8. Boston University Research in Science & Engineering (RISE)

• Dates: June 8 – August 7, 2026
• Location: Boston University, Boston, Massachusetts
• Cost: $6,200 commuter; $9,800 residential

Boston University RISE is one of the most structured engineering programs for high school students that gives you direct access to university-level engineering research. BU RISE reports that it will enroll only around 190 students this year.

You choose between two paths. The Internship Track places you in a working BU engineering lab where you assist with real research projects under faculty and graduate student supervision. In this track, you may contribute to work in robotics systems, electrical engineering, materials testing, data engineering, or environmental modeling.

The Practicum Track centers on guided project development. You design your own engineering research study with structured academic support. This involves defining a problem, building a testing framework, running controlled trials, and producing a complete technical report.

Throughout the program, you attend professional development seminars and technical workshops that focus on engineering communication, research ethics, and design. You finish the program with a formal research presentation that explains your methodology, design logic, and outcomes.

For a clearer view of how this program operates inside BU’s engineering research environment, explore our RISE program breakdown.

9. UCSB Research Mentorship Program (RMP)

• Dates: June 15 – July 31, 2026
• Location: University of California, Santa Barbara
• Cost: $5,795 program fee; residential costs may push the total above $9,000

The UCSB Research Mentorship Program is one of the more independent engineering programs for high school students, built for those who want full ownership of a technical research project. You develop a focused engineering research question and complete the project with direct guidance from a UCSB faculty mentor.

You begin by outlining a research proposal that defines your design goals, variables, and testing framework. Your mentor then helps you refine your methodology and align it with real engineering standards.

Weekly one-on-one meetings allow you to review progress, analyze data trends, and adjust your approach based on performance results. The program concludes with a formal research paper that presents your engineering methods, results, and conclusions in academic format.

For a closer look at how this program supports independent engineering research, explore our UCSB RMP program profile.

10. UC Santa Cruz Science Internship Program (SIP)

• Dates: June 15 – August 8, 2026
• Location: University of California, Santa Cruz
• Cost: $4,750 program fee; optional campus housing about $625–$900 per week depending on room type

The UC Santa Cruz Science Internship Program is a hands-on engineering program for high school students that places you in active university research environments. With an acceptance rate of around 20%, SIP admits only a fraction of its applicant pool.

You work as a research intern and may join labs working in areas such as environmental systems engineering, computational modeling, data-driven design, or applied physics.

You begin with structured research training that introduces lab safety procedures, data integrity standards, and technical documentation practices. After this foundation, you move into consistent lab duties that support your assigned project. The program concludes with the SIP Research Symposium, where you present your findings and explain your technical process, data analysis, and project outcomes.

If you’d like to know more, explore our UC Santa Cruz SIP program profile.

11. Iowa Secondary Student Training Program (SSTP)

• Dates: June 17 — July 24, 2026
• Location: University of Iowa, Iowa City, Iowa
• Cost: $7,800 (includes tuition, housing, and meals)

The Iowa Secondary Student Training Program is one of the most structured engineering programs for high school students that combines college-level coursework with intensive research.

You may work in areas such as environmental systems engineering, biomedical device design, materials testing, or applied computational modeling. The program ends with a full research report and presentation that outlines your process, design logic, and conclusions. This dual focus on coursework and independent research makes SSTP one of the most academically demanding engineering programs in the Midwest.

See how this program integrates engineering instruction with hands-on research by exploring our SSTP program overview.

12. COSMOS (California State Summer School for Mathematics and Science)

• Dates: July 6 — August 1, 2025
• Location: Multiple UC campuses
• Cost: $5,256–$5,518 depending on campus

COSMOS is one of the largest and most structured engineering programs for high school students in California. It uses a cluster-based model where you select a specific engineering-focused track and spend the entire program immersed in that subject area.

Each COSMOS campus can only accommodate about 160 to 250 students, which makes admission highly competitive across all engineering clusters.

Engineering clusters often center on robotics, artificial intelligence systems, aerospace design, environmental engineering, and data-driven computing. You attend focused lectures that cover core theory, followed by lab sessions where you apply those concepts through guided experiments and design-based problem solving.

If you want to understand how COSMOS delivers discipline-specific engineering training, check out our COSMOS program breakdown.

13. MITES (Minority Introduction to Engineering and Science)

• Dates: June 23 – August 3, 2025
• Location: MIT, Cambridge, Massachusetts
• Cost: Free (students are responsible only for travel)

MITES is one of the most intensive and academically demanding engineering programs for high school students in the country. It is designed for students from underrepresented and economically disadvantaged backgrounds who show strong potential in engineering and technical fields.

The program compresses a full semester of college-level engineering and science into a single summer. As a MITES student, you take rigorous courses in subjects such as calculus, physics, computer science, and engineering problem-solving—mirroring the pace and expectations of an MIT engineering curriculum.

Beyond coursework, you participate in applied engineering workshops that focus on real design scenarios. These may include system modeling, circuit analysis, structural design principles, or computational engineering applications.

If you want a more meticulous look at how MITES prepares students for engineering pathways, explore our MITES program breakdown.

14. International Summer School for Young Physicists (ISSYP)

• Dates: July 18 – July 29, 2026
• Location: Perimeter Institute for Theoretical Physics, Waterloo, Canada
• Cost: Free

The International Summer School for Young Physicists is a highly selective academic program that also functions as a strong foundation for students interested in engineering pathways built on advanced physics. It prepares you for engineering fields that rely on precise mathematical modeling and system design, including aerospace engineering, electrical engineering, and applied mechanics.

ISSYP stands out for its rigorous intellectual environment and its international cohort of high-performing peers. The focus on theoretical precision improves your capacity for analytical reasoning, which plays a key role in advanced engineering study.

15. Yale Summer Program in Astrophysics

• Dates: July 6 — August 3, 2025
• Location: Yale University, Connecticut
• Cost: $8,000

The Yale Summer Program in Astrophysics is a strong option for students who want an engineering-focused experience rooted in space systems and advanced data modeling. While the subject area is astrophysics, the work structure aligns closely with how aerospace and systems engineers approach problem-solving.

You spend four weeks analyzing telescope data, running computational simulations, and applying mathematical models to study stellar behavior, orbital mechanics, and large-scale cosmic systems. These tasks build skills in numerical analysis, algorithm design, and system optimization.

To explore how this program builds skills relevant to space-focused engineering paths, review our YSPA program overview.

16. UC Davis Young Scholars Program

• Dates: June 21 – August 1, 2026
• Location: University of California, Davis
• Cost: $7,500

The UC Davis Young Scholars Program is a selective option among engineering programs for high school students who want early exposure to university-level research in applied systems.

Although the program does not publish an official acceptance rate, UC Davis notes that only about 40 students are admitted each year.

The program is designed for strong students from underrepresented backgrounds and places you directly into UC Davis research environments while also providing structured academic support.

Engineering-focused participants often work on projects tied to environmental engineering, agricultural systems design, sustainable infrastructure, or applied data modeling. You collaborate with UC Davis faculty and graduate students to support ongoing research that involves system analysis, performance testing, and process optimization.

If you want an exhaustive breakdown of how the program supports early engineering exploration, explore our UC Davis Young Scholars Program guide.

17. UT Austin Summer High School Research Academy

• Dates: June 8 – July 15, 2026
• Location: University of Texas at Austin
• Cost: $4,000; scholarship support available

The UT Austin High School Research Academy is a focused option among engineering programs for high school students that places you directly inside research environments at the Cockrell School of Engineering. You spend the summer working on a structured engineering project guided by UT Austin faculty and research staff.

Engineering pathways in this program often include biomedical engineering, applied computer systems, environmental engineering, materials science, and applied physics.

You also attend weekly technical workshops that cover experimental design, data analysis standards, and engineering documentation. Each student completes a formal research report and delivers a final presentation that explains project goals, methodology, and outcomes. This structure ensures you leave with a complete technical portfolio entry rather than a surface-level experience.

For a more in-depth look, our UT Austin HSRA profile discusses the program in detail.

18. UPenn Summer Research Academy

• Dates: July 11 — August 1, 2026 for 2-week academies; July 11 – July 25, 2026 for 3-week academies
• Location: University of Pennsylvania, Philadelphia
• Cost: $6,700 for 2-week academies; $10,050 for 3-week academies

The UPenn Summer Research Academy is a structured option among engineering programs for high school students that introduces you to university-level research within an Ivy League setting. You work in guided research environments shaped by UPenn faculty and designed around real engineering-driven questions.

Engineering-focused tracks may include bioengineering systems, computational modeling, robotics design, or data-intensive engineering applications. You work with peers in small research groups while receiving consistent guidance from academic mentors. The program ends with formal research presentations evaluated by UPenn faculty, where you explain your methods, decision-making process, and technical findings.

19. High School Honors Science, Math & Engineering Program (HSHSP)

• Dates: June 17 – August 4, 2026
• Location: Michigan State University, East Lansing, Michigan
• Cost: $4,000 for the full seven-week program (covers housing, meals, and instruction; financial aid available)

The High School Honors Science, Math & Engineering Program is a long-running option among engineering programs for high school students that emphasizes intensive, research-driven learning. You are placed into Michigan State University research environments where you work on advanced engineering or applied science projects under faculty supervision.

Engineering participants often focus on areas such as mechanical systems design, materials testing, environmental engineering, or applied computational modeling.

You conclude the program by presenting your project findings to faculty and peers through formal reports and technical presentations. To explore how this program supports advanced engineering development, check out our full guide to the HSHSP program for an elaborate discussion.

20. NIH/NIA Summer Internships in Biomedical Research

• Dates: At least 8 continuous weeks between May and September, depending on the project
• Location: National Institutes of Health facilities across the U.S.
• Cost: Free; with monthly stipend

The NIH and NIA Summer Internship programs are a rare opportunity among engineering programs for high school students that place you inside federally funded research laboratories. According to the program’s official information, the Summer Programs are highly competitive, with only about 1 in every 8 applicants selected.

While the setting is biomedical, many projects involve engineering-driven problem solving tied to data systems, medical technologies, and research instrumentation.

As an intern, you support NIH scientists working on studies related to neuroscience, aging science, and clinical research systems. In engineering-focused roles, you may assist with data modeling, device calibration, workflow optimization, and performance evaluation of biomedical tools.

What sets this internship apart is its connection to advanced federal research infrastructure. You gain exposure to how engineering supports large-scale biomedical innovation, from system design to applied analytics.

21. Frequently Asked Questions

1. What are the best engineering programs for high school students in 2025–2026?

Top engineering programs for high school students include RSI, Simons, SSP, MITES, Clark Scholars, BWSI, COSMOS, and UCSB RMP. These programs offer advanced technical training and real research experience.

2. Are there free engineering programs for high school students?

Yes. Free engineering programs for high school students include RSI, MITES, Clark Scholars, NIH/NIA internships, and BWSI for selected students.

3. What subjects do engineering programs for high school students cover?

These programs cover mechanical, electrical, computer, biomedical, materials, environmental, and aerospace engineering.

4. How do engineering programs for high school students help with college admissions?

Engineering programs for high school students show that you can handle college-level technical work, follow structured research processes, and solve complex design problems. This experience strengthens your academic profile and gives admissions committees clear proof of your readiness for rigorous engineering majors.

5. When should I apply for engineering programs for high school students?

Most engineering programs for high school students open applications in late fall and close in early winter. You should start preparing by early fall so you have enough time to research programs, request recommendations, refine your essays, and gather any required academic materials before deadlines approach.

22. Takeaways

• Engineering programs for high school students give you hands-on experience with real design challenges, system testing, and structured engineering research. You learn how professional engineers approach complex technical problems.
• Programs such as RSI, BWSI, Simons, SSP, MITES, and COSMOS stand out for their academic rigor, and several engineering programs for high school students offer full funding or major financial support.
• You benefit from direct guidance by faculty and research mentors who help refine your technical thinking, lab discipline, and engineering communication skills.
• Completing engineering programs for high school students shows strong focus, technical readiness, and serious commitment to an engineering pathway.
• If you want strategic help selecting the right engineering programs for high school students, a college admissions consultant can guide your choices and align them with your long-term goals.