Undergraduate Research Opportunities: Where to Start and How to Apply

Undergraduate research opportunities let you work on questions that don’t have an answer at the back of the textbook. Instead of studying what is already known, you help find out something new, usually as part of a team led by a faculty member and often alongside graduate students and postdoctoral researchers.

That can sound out of reach in your first or second year. Usually it isn’t. Most research groups expect to teach newcomers the techniques they need. What they look for is curiosity, reliability and a willingness to learn, and none of those require a résumé full of lab work.

What counts as research

The Council on Undergraduate Research describes it as “a mentored investigation or creative inquiry conducted by undergraduates that seeks to make a scholarly or artistic contribution to knowledge.” Two words in that definition do a lot of work. Mentored means you aren’t expected to figure everything out alone. Contribution means the work is meant to add something, even if your part of it is small.

What that looks like day to day depends on the field:

• In a chemistry or biology lab, you might prepare samples, run experiments and analyze results under a graduate student’s supervision.
• In computer science or mathematics, you might write and test code, work through proofs or help build a dataset.
• In ecology or geology, you might collect measurements outdoors and process them back on campus.
• In psychology or public health, you might help design a survey, recruit participants or code interview transcripts.

A course with a lab component is useful preparation, but it isn’t the same thing. In a teaching lab the answer is known and the point is to learn the method. In a research project nobody knows the answer yet, including your mentor.

Is it worth your time?

Research can help you test whether graduate school suits you. It builds technical skills, and it gives a faculty member enough first-hand knowledge of your work to write a detailed recommendation. Those benefits are real, but none is guaranteed, and research isn’t the only valuable way to spend a semester or a summer.

If you’re aiming for industry, an internship may teach you more of what employers look for. Our guide to STEM internships covers that route. And if you need to earn as much as possible over the summer, an unpaid position may simply not be realistic. That’s a legitimate reason to choose differently.

Three routes in

At your own college

The most common route is joining a project where you already study. Faculty often take undergraduates during the academic year, and some keep students on through the summer. Your college may also have an undergraduate research office that lists openings, runs small grant competitions or hosts a research symposium.

The advantage is continuity. You can start with a few hours a week and grow into more responsibility over several semesters.

Structured summer programs

Summer programs bring a group of students to a host institution or lab for a fixed period, usually with a stipend, a defined project and a cohort of peers. The best known in the United States are Research Experiences for Undergraduates (REU) sites, funded by the U.S. National Science Foundation, which have their own eligibility rules and application process. They’re covered in our REU guide. Our guide to summer research programs compares the wider range of options.

Federal agencies and national laboratories run programs too. The Department of Energy’s Science Undergraduate Laboratory Internships (SULI) program, for example, places students at participating DOE laboratories for a ten-week summer internship or a semester, according to its official site.

Labs, field sites and companies

Research also happens at government laboratories, museums, hospitals, field stations and company research teams. Some of these positions are called internships even when the work is research. Field projects need their own kind of preparation, covered in field research experiences. If you’re thinking about a placement abroad, start with international research experiences, because eligibility and funding work differently there.

Summer or the academic year?

The two aren’t interchangeable. A summer program offers intensity: full-time work, often away from home, finished in weeks. Research during term offers depth: a longer arc on one project, fitted around your classes.

Summer programs and term-time research compared

Summer programs and term-time research compared

Consideration	Structured summer program	Term-time research at your college
Time commitment	Usually full time for a fixed number of weeks	Often part time, a set number of hours a week alongside classes
Location	Often at another institution or lab, sometimes far from home	On your own campus
How you join	A formal application with a deadline, usually months ahead	Often a conversation or email with a faculty member
Pay	Many programs pay a stipend; check each one	May be paid, for credit or volunteer, depending on the group
Best for	Trying a new field, institution or type of lab	Building a long relationship with one mentor and project

Plenty of students do both. Term-time research builds the experience that strengthens a summer application, and a summer program can introduce you to a field your college doesn’t offer.

Paid, for credit or volunteer

Research positions are arranged in three main ways, and the arrangement shapes what you can commit to.

Paid positions may come as an hourly wage, a program stipend or a grant your college awards for a specific project. Structured summer programs commonly pay a stipend, and some help with housing, meals or travel. NSF’s page for REU students, for instance, says participants “receive competitive stipends and in many cases assistance with housing, meals and travel.” Amounts are set program by program, so rely on each official page rather than figures you’ve seen quoted elsewhere.

Course credit turns research into part of your degree, often through an independent study course. It usually costs tuition rather than paying you, so check how it fits your schedule and your financial aid.

Volunteer positions offer experience without pay or credit. They can be a reasonable way to start if you can afford the time. Before you agree, ask what you’ll learn and how long the arrangement is expected to last.

A few programs charge fees, particularly some field schools. Others are explicitly free to apply: NSF’s REU solicitation states that “an REU Site may not charge students an application fee.” If a research program asks you for money, find out exactly what it pays for before you hand any over.

Who can apply

Eligibility rules vary more than most students expect. Read them line by line, and keep two separate questions in mind:

• Where does the program take place? That’s location. A program in Ohio is a US program; a program in Germany is international.
• Who may apply? That’s about you: your citizenship or residency, enrollment status, year of study, and sometimes your GPA or completed coursework.

The two are independent. A program located in the United States can still be closed to international students. NSF requires undergraduates supported with REU funds to be US citizens, US nationals or permanent residents. SULI applicants must be US citizens or lawful permanent residents. Meanwhile, some programs abroad accept US students. Never assume eligibility from location alone.

Other requirements you’ll often see:

• Enrollment. Many programs require you to be a current undergraduate. NSF’s REU solicitation says students who already hold a bachelor’s degree are generally not eligible, while SULI accepts applicants who graduated within two years of the internship start.
• Academic record. Some programs set a minimum GPA (SULI’s is 3.0) or require particular coursework or credit hours.
• Age and insurance. Some federal programs set a minimum age or require proof of health insurance.

If you’re an international student at a US college, research at your own institution is often the most accessible route. Paid work can have visa implications, though, so talk to your international student office before accepting any paid position. This is general information, not immigration advice.

Finding openings that aren’t advertised

Many research positions at your own college are never posted. They go to students who ask. To find them:

1. Read your department’s faculty pages. Note research that interests you, then skim a recent paper or project summary from each group. You won’t follow everything, and nobody expects you to.
2. Talk to people already in the lab. Graduate students and undergraduates can tell you whether a group takes newcomers and what the work is really like.
3. Check your college’s undergraduate research office, if it has one, for listings, funding and events.
4. Go to talks and poster sessions. They’re a low-pressure way to meet researchers and hear about projects.

When you’re ready to approach someone, keep it short and specific. Our guide on how to email a professor about research walks through it, and the professor research inquiry email template gives you a structure to adapt.

For structured programs, start with official sources. NSF keeps a directory of REU sites on nsf.gov, and federal agencies list their programs on their own websites. Be wary of paid lists or services that promise placements.

Preparing your application

Most applications ask for some combination of:

• A résumé that highlights relevant courses, projects and technical skills, plus any work experience. Jobs outside STEM count; they show reliability.
• A personal statement explaining what interests you and why this program fits. Our guide to the REU personal statement applies well beyond REUs.
• Transcripts, often unofficial at the application stage.
• Recommendation letters, usually from faculty who know your work. Ask early, and give each recommender your résumé and a short note about every program.

The research application planner helps you track what each application needs.

What does showing readiness without research experience look like? Here is an invented teaching example, not a real applicant. A student who has never worked in a lab writes about the week a statistics assignment made them question how a widely shared survey was designed. They describe what they did next to find out, and which skills from that course they want to build in a research setting. That’s specific, honest and relevant, and it’s exactly what reviewers read for.

Comparing your options

If you’re choosing between positions, compare them on the same points:

• Mentoring. Who will you work with day to day, and how often will you meet?
• The project. Is it already defined, or will you help shape it? Either can work, but you should know which.
• Time and pay. Expected hours, how pay or credit works, and when it starts.
• What you’ll produce. A poster, a report, a contribution to a paper? Ask what past students have done, without treating it as a promise.
• Fit. Location, cost of living, accessibility and the support available to you.

Your first weeks

Expect a learning curve. Early weeks often involve reading, shadowing and repeating basic procedures until they’re second nature. That’s normal, not a sign you’re doing badly. Agree early with your mentor on how often you’ll meet, how to ask questions, and what a good outcome looks like by the end of the term or summer. Our guide to finding a research mentor covers setting expectations in more detail.

Common questions

Do I need research experience to get research experience?

No, though it can feel that way. Term-time positions at your own college are often suitable for beginners, and many summer programs welcome students without prior research. What helps is interest you’ve acted on: a course project, a club, a skill you taught yourself.

When should I start looking?

For research at your own college, any time works, though asking before a semester begins gives faculty time to plan. Structured summer programs usually close applications months before they start, so check official deadlines well ahead of the summer you’re aiming for.

Can community college students take part?

Yes, in many cases. NSF’s REU eligibility covers undergraduates working toward an associate or bachelor’s degree. It’s also worth asking whether your college runs its own research projects or has partnerships with nearby universities.

What if I’m turned down?

It’s common, and usually not personal. Programs are competitive and research groups have limited space. Ask whether there’s anything you could strengthen, widen your search and keep building relevant skills.

A practical next step

This week, pick two faculty members at your college whose research interests you. Read one recent project summary or paper abstract from each, and write down one genuine question about their work. That question is the heart of your first email, and the start of your search.