A high school student finds a research internship by emailing professors directly with a specific request, applying to structured programs well before their winter deadlines, and building a small project while waiting for replies. Most positions are never advertised, so persistence and specificity decide who gets one.
This guide covers where real opportunities come from, which programs are worth applying to, the email professors actually answer (with a full example), and what to do if no lab says yes.
What is a research internship for a high school student?
A research internship for a high school student is a supervised role on a real research project, with a defined question and a concrete output such as data, an analysis, a poster or a draft paper. Unlike shadowing, you do part of the work; unlike a class, nobody knows the answer yet.
The titles vary: intern, fellow, volunteer, research assistant. Some roles are paid, many are not, and a few programs charge a fee. Early work is often unglamorous: reading papers, cleaning data, preparing samples, repeating a measurement. That is normal, and students who last through that stage are the ones who get trusted with a real question.
No internship guarantees a publication, a competition win or an admissions outcome. What it reliably gives you is evidence that you can work on an open-ended problem, plus a mentor who can speak about you specifically.
Where do high school research internships come from?
High school research internships come from four places: university labs, established programs, industry and hospital placements, and mentored independent projects. University labs are the most common route and are rarely advertised. Structured programs are the most visible and the most selective. The other two are useful when local labs are out of reach.
University labs
Most research positions at universities are never advertised. Professors take on a high school student informally, usually after an email, and often hand the student to a graduate student or lab manager for day-to-day supervision. Expect a narrow starting task.
Local labs are the most practical option, since most labs want someone who can show up regularly. Start with the departments closest to your interests, then read lab websites to see who is actively publishing.
Established programs
Structured programs give you an application, a cohort and a defined start and end. Three well-known examples:
- The Research Science Institute (RSI) is a free six-week summer program at the Massachusetts Institute of Technology for students who have finished their junior year. Seniors are not eligible, and applications close in December of junior year. It is also expanding to Stanford University from summer 2027.
- The Simons Summer Research Program at Stony Brook University is a six-week program for rising seniors. Applicants must be juniors, US citizens or permanent residents, and at least 16 by the program start. Schools nominate students, and the application closes in early February. Prior research experience is not required, but the program admits fewer than 5% of applicants.
- MIT PRIMES is a free, year-long, after-school math research program for US-resident sophomores and juniors. Students in the Greater Boston area apply to MIT PRIMES. Students elsewhere in the US apply to PRIMES-USA, which is mentored remotely.
All three are extremely selective. Apply if you fit, but do not make them your only plan. Many strong programs are less famous and less competitive, and a good mentor matters more than a famous name.
Industry and hospital placements
Biotech companies, engineering firms, hospitals, clinics and public-health departments sometimes host high school students. These placements usually come through a personal connection, a school partnership or a direct request. Safety, privacy and insurance rules often limit what a minor can touch, so expect observation, data entry or a small side project rather than bench work. They are still valuable if the field is one you might pursue.
Mentored independent research
If no lab is available to you, you can run your own project with a mentor, such as a PhD student, postdoc or professor, who guides the question, the method and the write-up. This works best for computational, data-driven, literature-based and survey projects, which do not need lab equipment. The project can go to a science fair, a regional competition or a research journal written for students.
Mentor quality varies widely, so ask what the mentor will review, how often you will meet and what you will produce. Our guide to finding a mentor for grades 6 to 12 covers how to vet someone.
How do you get a research internship in high school?
You get a research internship in high school by following seven steps: pick a narrow question, tell people who know you, email labs directly, apply to programs on their calendar, find people online, start your own project while waiting, and follow up once. Direct emails to university labs are the main route.
1. Start with a question, not a field
Pick a narrow question before you contact anyone. “I’m curious how soil bacteria respond to road salt” gives a professor something to react to in two sentences, while “I like biology” gives them nothing. Spend a week reading popular science articles and abstracts until you find a question you keep returning to. If it stops interesting you after a month of reading, it will not survive months of lab work.
2. Tell the people who already know you
Tell specific people exactly what you want. Teachers, counselors, family friends and your own doctor or dentist all know someone, but they can only forward a clear request such as “a lab that works on plant genetics, summer or after school.” A vague “any research” gives them nothing to pass on.
3. Reach out to labs and professionals directly
Direct outreach is the main route to university labs, because most openings are unadvertised. Build a list of 15 to 25 people whose recent work you can describe, and write each one a separate email. The next section shows what that email looks like.
4. Apply to established programs on their calendar
Most selective programs close applications in the winter before the summer they run, so planning starts in the fall. Check each program’s own website for current eligibility, since grade level, age, residency and nomination rules change from year to year. Treat any summary on a blog, including this one, as a starting point.
5. Use online platforms to find people, not postings
Online platforms are best for finding people, not postings. Following researchers, departments and institutes on professional and social platforms helps you spot new grants, new lab members and talks you can reference in an email. Read what they post and cite specifics. Do not message strangers with a generic “do you have openings?”
6. Start something on your own while you wait
If nothing formal is open, create evidence of initiative. Replicate a published analysis with a public dataset, write a short literature review on your question, or volunteer at a local nature center or clinic. A professor who sees a one-page summary of something you already did is far more likely to reply than one who sees only enthusiasm.
7. Apply carefully and follow up once
Tailor each application to the specific lab or program, and follow up once if you hear nothing after one to two weeks. Lead your resume and short cover note with relevant coursework, projects and skills. Professors are busy, and a polite second message is normal. A third is not.
What should a high school student send a professor?
Send a short, specific email of under 150 words that names one of the professor’s papers, says who you are in a sentence or two, and asks for something small, such as a 15-minute call or a defined task. Generic, long or vague emails are the ones that go unanswered.
A message that gets answered usually does five things:
- Names a specific paper or project of theirs and says what you found interesting.
- Says who you are in one or two sentences, with grade, school and relevant work.
- Makes a small, concrete ask, such as a 15-minute call or a chance to help with a defined task.
- States your availability so they can see what you could realistically commit.
- Stays under 150 words and is easy to answer with one line.
Here is a worked example:
Subject: High school student interested in your soil microbiome work
Dear Dr. Alvarez,
I’m a junior at Lincoln High School and read your 2025 paper on how road salt changes soil bacterial communities. I was especially interested in your finding that diversity recovered within one season, because I tested a smaller version of that question in my school’s biology lab last spring.
I’m looking for a chance to help with data cleaning, sample preparation or literature work, and I can commit about eight hours a week during the school year and more in summer. I’ve attached a one-page summary of my project and my resume.
Would you have 15 minutes in the next few weeks to talk about whether there is a place for a student in your group?
Thank you for your time,
Linda Matthews
Notice what it leaves out: no flattery, no life story and no claim that the student “is passionate about science.” The specifics carry the message. Send it to the professor, and if a lab manager or graduate student is listed, copy them or send them a version too, since they often handle onboarding.
For realistic expectations on response rates and what the first weeks in a lab look like, read our articles on cold-emailing university labs and onthe pros and cons of working in a university lab as a high schooler.
What should you do if no lab says yes?
If no lab says yes, widen your list, shrink your ask and build more evidence before writing again. A first round of silence is common and says little about you, because most labs cannot supervise a student however good the email is. Then work through the options below.
- Widen the list. Contact 15 to 20 new people, including researchers at smaller colleges, hospitals and government or nonprofit labs.
- Ask for something smaller. A single task, a short project or a conversation about their work is easier to say yes to than an open-ended internship.
- Apply to structured programs. Unlike cold-emailing individual researchers, structured summer research programs have defined application windows, timelines, and mentorship opportunities. Explore our summer research program and research programs directory to compare options, eligibility requirements, and application deadlines.
- Run an independent project with a mentor. It produces real work you can show, and it gives future applications something to point to.
- Keep building evidence. Courses, competitions and a small published or presented project all strengthen the next round of emails.
Persistence works, but only if each round improves on the last. Change the list, the ask or the evidence, and not just the number of emails.
For students interested in artificial intelligence, our overview of top AI labs at US colleges is a good place to start.
What do students and parents ask about high school research internships?
Many entry-level roles need no prior research experience, and students should start looking six to nine months ahead and expect many positions to be unpaid. An internship strengthens a college application but guarantees nothing. The answers below cover experience, timing, pay, admissions and location.
Do I need prior research experience?
Not always. Some programs, including the Simons Summer Research Program, say prior research is not required. Labs generally care more about reliability, curiosity and basic skills than a long record. A small independent project helps, though.
How early should a student start looking?
Ideally in the fall, six to nine months before the summer you want. Selective programs close in winter, and professors reply more slowly when they are busy with teaching and grants.
Are research internships paid?
Some are, especially structured programs with stipends, but many lab positions are unpaid, and some programs charge fees. Ask about cost and any financial aid up front.
Will a research internship help with college admissions?
It can, because it shows sustained effort and gives you a recommender who knows your work. It is not a guarantee, and a thoughtful project that you can explain well is worth more than a famous name on a resume.
What if a student is not near a university?
Remote and online mentorship, hospital and community-lab placements, and independent projects with a mentor are all realistic routes. Program and mentor quality matter far more than location.
