Are you passionate about science, technology, engineering, or mathematics? Dream of being a researcher, an inventor, or a developer? Why wait until college to get involved? There is a world of exciting opportunities available now!
High school students can engage in remote STEM internships that involve research for such fields as artificial intelligence, environmental science, biomedical research, and robotics. These internships can provide students with research experience in the fields they find most interesting: students will work on everything from breaking down data to programming to scientific writing to addressing real-world research problems—all from home!
Check out these remote STEM internships and nurture your scientific curiosity, whilst investing in your future.
1. MITES Advisory Group (MIT Introduction to Technology, Engineering, and Science)
Focus: STEM Leadership, Mentorship, Educational Advocacy, and Program Development
Location: Remote (U.S.-based, with potential for virtual collaboration)
Eligibility: High school students (primarily juniors) with strong STEM interest, leadership potential, and prior MITES/MOSTEC participation preferred
Deadline: Rolling applications (early submission recommended for priority consideration)
The MITES Advisory Group allows high school students to contribute to the future of STEM education by giving feedback, mentoring peers, and contributing to the development of programs. The advisory group members will work with MIT faculty and alumni to improve outreach efforts, accessibility, and innovation in STEM learning. The advisory group members will have an opportunity to advocate, mentor, and work with underrepresented voices in the STEM fields.
2. NASA Internship Programs
Focus: STEM Research, Space Exploration, Engineering, Computer Science, and Astrophysics
Location: Hybrid (some remote opportunities available, but most are on-site at NASA centers across the U.S.)
Eligibility:
High School Students: Must be at least 16 years old, U.S. citizens, and enrolled full-time.
Undergraduate/Graduate Students: Open to degree-seeking students in STEM fields.
Deadline: Varies by session (Fall, Spring, Summer)—check the official portal for exact dates.
NASA internship programs offer a hands-on opportunity in the field of innovative space and aeronautics research. High school interns will work closely with NASA scientists and engineers in real-world projects, including robotics, climate science, etc. This is a program designed for students who are passionate about space, technology, and innovation.
3. Smithsonian Science Education Center (SSEC) Internship Program
Focus: Science Education, Curriculum Development, Public Engagement, and STEM Policy
Location: Hybrid (primarily remote with optional on-site opportunities in Washington, D.C.)
Eligibility:
High School Students: Must be at least 16 years old with strong interest in STEM education.
Undergraduate/Graduate Students: Open to those pursuing degrees in education, science, or related fields.
Deadline: Rolling applications (Fall, Spring, and Summer cycles—check website for exact dates).
The SSEC Internship Program is designed to allow students to advance global science education initiatives through efforts such as developing K-12 STEM curricula, developing plans to better understand education policies, and more. The interns work with Smithsonian educators, and Smithsonian researchers, gaining practical, on-the-ground experience implementing science communication and equity-focused projects. The SSEC Internship Program is a fulfilling experience for student interns who are excited about supporting different communities in having access to STEM opportunities.
4. Kode With Klossy
Focus: Coding, Web Development, Mobile App Development, and Computer Science
Location: Remote (virtual camps and programs available nationwide)
Eligibility:
High School Students: Open to young women and gender-nonconforming students aged 13–18.
No prior coding experience required—beginners welcome
Deadline: Typically in spring (exact dates vary yearly—check website for updates).
Kode With Klossy provides free two-week virtual coding camps where students learn coding languages such as HTML, CSS, JavaScript, and Swift. Each student is able to work on meaningful projects, build apps, and collaborate with other enrolled students in an all-female and all-inclusive environment. Kode With Klossy aims to foster creativity, problem-solving skills, and confidence in a challenging tech environment. Kode With Klossy welcomes students to its boundary-breaking community through a network of empowered women who bring a legacy of their work as volunteers, mentors, and career opportunities for alumni.
5. Wolfram High School Summer Research Program
Focus: Computational Science, AI, Physics, Mathematics, and Interdisciplinary Research
Location: Remote (virtual program with live mentorship)
Eligibility:
Current high school students (ages 15-18)
Strong interest in STEM fields
Basic programming knowledge recommended but not required
International students welcome (English proficiency required)
Deadline: Typically April-May annually (exact date varies - check website for current year's deadline)
Wolfram High School Summer Research Program offers a 3-week long virtual research experience for students (ages 15-18) working on computational research projects related to artificial intelligence, physics, and other STEM-related fields with Wolfram scientists. In addition to building original research through the experience, students will learn the Wolfram Language and make a final presentation.
6. Broadcom Coding with Commitment
Focus: Coding for social good, app development, and community problem-solving
Location: Virtual/remote
Eligibility:
High school students (grades 9-12)
Teams of 2-5 students
No prior coding experience required
Must identify a community need for project focus
Deadline: Annual program with applications typically due in spring (check website for exact dates)
Broadcom Coding with Commitment is a STEM competition that includes teams of students who create apps or other technology solutions that address real community issues. Participants develop basic coding and project development skills with help from Broadcom engineers. The program emphasizes the role of technology as a tool for social good. Past student projects have explored community issues related to environmental sustainability, education, and public health. Winning teams receive special recognition, as well as some prizes.
7. Microsoft Student Programs
Focus: Technology, Engineering, Business, and Digital Transformation
Location: Varies by program (some remote opportunities available)
Eligibility:
High School Students: Limited opportunities (typically through partner programs)
Undergraduates/Graduates: Open to current students in relevant fields
Varies by specific internship/role
Deadline: Rolling applications (varies by region and program)
Microsoft has a number of student opportunities, including internships, apprenticeships and early-career roles, across both technical and non-technical job roles. Most student opportunities are geared toward university students. However, selected STEM programs may also be available to high school students. Microsoft also engages in diversity partnerships that convene programs for high school students as well. Most of these programs include hands-on experience with new technologies, including AI, the cloud, and cybersecurity.
8. NASA SEES High School Summer Internship
Focus: Earth and Space Science Research, Remote Sensing, Data Analysis
Location: Virtual/Remote (hosted by UT Austin's Center for Space Research)
Eligibility:
Current U.S. high school students (grades 10-12)
Minimum 3.0 GPA
Strong interest in STEM fields
Must be at least 16 years old by program start
Deadline: Typically early March (for summer program)
NASA's SEES (STEM Enhancement in Earth Science) internship is an 8-week summer research internship where students participate in authentic Earth and space science research with NASA scientists. Participants analyze real satellite data, sharpen research skills, and conduct research on projects about climate change, natural disasters, and other global science phenomena of interest. SEES offers virtual lectures, mentorship, and culminates with a research presentation.
9. Anson L. Clark Scholars Program
Focus: Interdisciplinary Research (STEM, Humanities, and Social Sciences)
Location: On-site at Texas Tech University (Lubbock, TX) Note: Some research areas may offer hybrid/remote components
Eligibility:
U.S. and international high school juniors/seniors (must be at least 17 by program start)
Exceptional academic record (top 10% of class)
Demonstrated interest in intensive research
Deadline: Mid-February annually (exact date varies)
Deadline: Mid-February annually (exact date varies)
The Anson L. Clark Scholars Program at Texas Tech University is a fully funded 7-week summer research experience and is highly selective for talented high school juniors and seniors. Scholars are partnered with a faculty mentor and work on an original project in a STEM, humanities, or social science subject area. The focus is on authentic processes of research. Experiences have included fields as varied as engineering, neuroscience, and political science. Participants will receive a stipend of $750, housing, and an option to present at a mini-symposium for faculty, staff, and participants. Annually there are about 12 students who are accepted into this highly selective program; for students who are seeking a rigorous academic experience, this is an intensive (40+ hours per week) summer opportunity. Participants will do research primarily on-campus, however, some research projects that are computational in nature could be managed hybridly.
10. New York Academy of Sciences STEM Programs
Focus: STEM Research, Mentorship, and Career Development
Location: Virtual/Remote (global participation available)
Eligibility:
High school students (ages 13+)
Undergraduate and graduate students
Varies by specific program
Some programs target underrepresented groups in STEM
Deadline: Rolling admissions (program-specific deadlines apply)
Stem Programs at the New York Academy of Sciences (NYAS) offer project based, virtual opportunities for high school through graduate students globally. Through programs like the Junior Academy and 1000 Girls, 1000 Futures, participants will solve real world STEM challenges, get mentorship from real life scientists, and connect with a global community of their peers. Each program will place an emphasis on collaboration and innovation in fast-growing fields such as AI, climate science and biomedical research. Most Stem Programs are free and flexible (2-6 months part-time) with rolling admissions. Great for students wanting hands-on STEM research experience and professional connections across the STEM landscape.
If you are a high school student pushing yourself to stand out in college applications, RISE Global Education offers a unique opportunity to work one-on-one with mentors from top universities around the world.
Through personalized guidance and independent research projects that can lead to prestigious publications, RISE helps you build a standout academic profile and develop skills that set you apart. With flexible program dates and global accessibility, ambitious students can apply year-round. To learn more about eligibility, costs, and how to get started, visit RISE Global’s official website and take your college preparation to the next level!