Navigating Undergraduate Research Assistant Opportunities

Many students see research opportunities as valuable employment experience. Undergraduate research assistant positions offer a unique avenue for students to engage in academic exploration, contribute to cutting-edge projects, and develop valuable skills. These opportunities can be found across various disciplines and may be structured as independent projects or as assistantships to faculty members. These positions can be volunteer, paid, or funded through specific programs.

Types of Undergraduate Research Opportunities

Undergraduates have several avenues to pursue research. These include:

Independent Research Projects: Students can design and execute their own research projects, often with guidance from a faculty mentor.
Research Assistant Positions: Students can assist faculty members with their research projects, contributing to data collection, analysis, and other essential tasks.
Volunteer Positions: These unpaid positions provide valuable experience and can lead to paid opportunities or academic credit.
Paid Research Assistant Positions: These positions offer financial compensation for students' contributions to research projects. Search the Jobs Database for these paid positions.
Funded Programs: Programs like the National Science Foundation's (NSF) Research Experiences for Undergraduates (REU) provide stipends and support for students to participate in research projects.

Finding Research Opportunities

The process of finding research positions can vary depending on the institution. Here's a breakdown of strategies and resources:

University Resources:
- Office of Undergraduate Research (OURS): Many universities have an office dedicated to connecting students with research opportunities. For example, The Office of Undergraduate Research & Studies (OURS) is part of the Learning Resource Center and serves as the centralized research and resource office for the campus. OURS helps students find and access undergraduate research and scholarly opportunities on and off campus, throughout the year, across all colleges. They serve students in all disciplines at every stage of their undergraduate careers.
- Faculty Connections: Talk directly to professors. Graduate students are encouraged to speak directly with faculty members at their particular school to inquire about positions. Have a specific professor to work with in mind? Learn about the Faculty Aide Program.
- Departmental Websites: Check departmental websites for faculty research interests and potential opportunities.
- Job Boards: Search university job boards for paid research assistant positions.
External Programs:
- National Science Foundation (NSF) Research Experiences for Undergraduates (REU): NSF funds a large number of research opportunities for undergraduate students through its REU Sites program. An REU Site consists of a group of ten or so undergraduates who work in the research programs of the host institution. Each student is associated with a specific research project, where he/she works closely with the faculty and other researchers. Students are granted stipends and, in many cases, assistance with housing and travel. Undergraduate students supported with NSF funds must be citizens or permanent residents of the United States or its possessions. An REU Site may be at either a US or foreign location. By using the web page, Search for an REU Site, you may examine opportunities in the subject areas supported by various NSF units.
- Massachusetts Life Sciences Center (MLSC) Summer Internship Challenge: The Internship Challenge enhances the talent pipeline for the Massachusetts life sciences industry by creating hundreds of new internship opportunities each year for college students and recent graduates interested in life sciences careers.
- William Lee Science Impact Program (Lee SIP): The William Lee Science Impact Program (Lee SIP) is a Research Experience for Undergraduates (REU) program designed to expand and broaden participation in undergraduate research.
Networking:
- Talk to Professors: Attend office hours and express your interest in research.
- Connect with Graduate Students: They can offer insights into research opportunities and faculty mentors.
- Attend Research Seminars: Learn about ongoing research projects and network with researchers.

Preparing for a Research Position

Before applying for RA positions, you should think about whether you actually want to work in a lab. My undergraduate research experience was extremely inspiring and formative, so it’s tempting for me to recommend that everyone simply does what I did. But remember, the ~10 hours you spend in a lab each week are 10 hours during which you won’t be able to do other things, including hanging out with friends, studying for your courses, or participating in any other extracurricular activities. I write this not to discourage you from joining a lab, but simply to prompt you to think about it before you dive in. When you join a lab, people are going to invest time into training you, and they will be frustrated if you shirk the commitment. It is completely reasonable if, after 6 months or so, you realize that research isn’t for you and decide to pursue other interests. Of course, it’s pretty hard to know whether you want to commit several hours per week to something nebulous like “research” when you don’t yet know what it involves. Fortunately, if you are an undergrad, you likely have access to professors who can tell you more about what it means to do research. Asking about what doing research “looks like” is a perfect use of professors’ or TAs’ office hours. If you are intrigued enough to apply for RA positions, you can also ask as many questions as you want before you accept an invitation to join a lab. Many professors might also be open to you sitting in on their lab meetings for a semester or two before you fully join the lab as a researcher.

To maximize your chances of securing a research position, consider the following:

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Identify Your Interests: Determine your research interests and align them with potential faculty mentors or projects. First, think about what you are interested in. Why do you want to pursue psychology research?
Research Potential Mentors: Learn about faculty members' research areas and publications. To identify papers that are representative of the lab’s work, you should look for recent papers where the professor in charge of the lab is the first or last (“senior”) author.
Prepare a Strong Application:
- Resume: Highlight relevant coursework, skills, and experiences.
- Cover Letter: Express your interest in the specific research project or faculty member and explain why you are a good fit. Some labs may have a formal application. Other labs may not. You should introduce yourself (your name, your school, your major, your year), and then write a few sentences (2 - 4) about why you are interested in joining the lab. Try to make sure that your stated interests align with what the lab actually does. There are two reasons for this - first, researchers want to work with people who think what they do is exciting and interesting, and who won’t quickly be disappointed when they realize what the lab actually does. And second, writing a few sentences about why you are interested in a specific lab’s work indicates that you have done your homework and thought about it carefully.
Develop Relevant Skills: Acquire skills that are valuable in research, such as data analysis, statistical software, and laboratory techniques.
Seek Guidance: Consult with academic advisors or career services for advice on finding and applying for research opportunities.

The Application Process

The application process for undergraduate research positions can vary. Here's a general outline:

Identify Potential Opportunities: Use the resources mentioned above to find research projects or faculty mentors that align with your interests.
Contact the Faculty Member or Program Coordinator: Express your interest and inquire about available positions or application procedures.
Prepare Your Application Materials: Tailor your resume and cover letter to the specific opportunity.
Submit Your Application: Follow the instructions provided by the faculty member or program.
Interview (If Applicable): Be prepared to discuss your research interests, skills, and experiences. Sometimes, a professor or researcher in a lab that you applied to will reach out and offer to meet with or interview you for a position. This is another opportunity for you to demonstrate you are interested in what the lab does. It’s also a great opportunity to find out more about what it means to do research. Ask a lot of questions! Ask about the time commitment, expectations, what you’ll actually be doing, etc.

What Researchers Look For

Again, I’m only writing from my perspective, but when I review undergraduate RA applications, I am most interested in whether students seem like they are motivated to learn more about the specific topics our lab works on and whether they have shown evidence of being able to learn things quickly. If students say they have specific skills, this can sometimes be a bonus, but for me at least (and in many labs), it’s not a priority. I joined a developmental cognitive neuroscience lab as a sophomore in undergrad and I had no prior lab experience, no knowledge of computer programming, a very limited understanding of statistics, and no experience working with children. However, I had a little bit of knowledge of psychology and neuroscience through the courses I had taken and I was able to articulate why I was excited about the questions the specific lab was pursuing.

Maximizing Your Research Experience

Once you have secured a research position, take steps to make the most of the opportunity:

Be Proactive: Take initiative, ask questions, and seek out new challenges.
Be Reliable: Fulfill your commitments and meet deadlines.
Be Engaged: Attend lab meetings, participate in discussions, and contribute to the research process.
Seek Mentorship: Build relationships with faculty members, graduate students, and other researchers.
Present Your Work: Look for opportunities to present your research at conferences or in publications. One suggestion is to look into opportunities to present your work that are aimed at undergraduate researchers. Many universities will have a semester or summer conference specifically for undergraduates to present their lab work. If you see opportunities like this advertised and are interested in them, definitely talk to your lab mentor(s) about whether presenting in these forums is a possibility. If the project you are working on is far enough along, they will probably be happy to support you. In these forums, you can often be “first author” on a project you are helping with, even if the “real” project leader is a graduate student or more advanced researcher.

Navigating Potential Challenges

Undergraduate research experiences can present challenges. Here's how to address them:

Time Commitment: Manage your time effectively to balance research with coursework and other activities. But remember, the ~10 hours you spend in a lab each week are 10 hours during which you won’t be able to do other things, including hanging out with friends, studying for your courses, or participating in any other extracurricular activities. I write this not to discourage you from joining a lab, but simply to prompt you to think about it before you dive in. When you join a lab, people are going to invest time into training you, and they will be frustrated if you shirk the commitment.
Tedious Tasks: Be prepared for some tedious tasks, but seek opportunities to understand the bigger picture. When you first join a lab, your biggest contributions will likely be to ‘grunt’ work, which may include processing data, recruiting participants, making stimuli for experiments, etc. You should go into your lab experience expecting this type of tedious work, but you should also make sure that are getting something out of the experience by asking questions to understand bigger picture questions. Has a grad student asked you to photoshop 100 images for their study? Ask them to sit down with you to explain what the images will be used for and what psychological hypothesis they are testing! Has a professor asked you to watch hours of video footage and transcribe participant responses? Ask them how they intend to analyze these transcriptions! Etc. That said, you should also prove that you are committed and hard-working by doing a good job with these tedious tasks. The fastest way to burn bridges is to be unreliable. If you schedule a meeting, show up for it (on time). If you say you will finish a task by a certain date, then make sure you do so. People want to work with people they can count on. Of course, sometimes life happens, and you will need to drop the ball.
Lack of Funding: Don't be afraid to discuss funding opportunities with potential labs. Unfortunately, many labs primarily offer unpaid positions for undergraduates. This obviously limits who has access to these experiences, and it’s a huge problem that has lasting, negative consequences on the field of psychology as a whole. Don’t be afraid to have frank conversations with potential labs about funding opportunities, especially if lack of funding will be a barrier for you accepting a research assistant position. You should never feel pressure to disclose personal information you don’t feel comfortable sharing, but sometimes, aspects of your identity (race/ethnicity, first-gen status, etc.) can make you eligible for certain funding opportunities. In general, the worst thing that will happen if you ask about funding is that someone will tell you that unfortunately, they don’t have funding for undergraduate research assistants.
Uncertainty: Embrace the uncertainty of research and view it as a learning opportunity. Academia has a lot of weird rituals and jargon, and it’s easy even for graduate students to forget that they did not know a lot of this stuff a few years ago. It is helpful to identify a person (or ideally, multiple people) whom you can ask all your questions. For example: What does it mean if someone is an ‘assistant’ professor? What is a postdoc? How do conferences work? What does it mean to ‘run a regression’? How do I know when a project is ready to be turned into a paper? This person probably is not the professor who runs the lab, not because they will be bothered by these questions, but because they likely do not have as much time as others to answer them. But don’t be shy to ask other undergraduates, the lab manager, grad students, and postdocs these types of things.

Authorship

Sometimes, undergraduates will ask about authorship opportunities. It’s understandable to be curious about this, but I would recommend against asking about it. It can make it seem like you are interested in joining the lab as a resume-building experience (which again, is completely understandable), but researchers would probably prefer that you pretend you are interested in the lab due to “pure” intellectual curiosity. (Others may have different thoughts on this. I have heard professors say that they think it is impressive when Ph.D. applicants have published research on their CVs. Unfortunately, getting published as an undergraduate will be largely out of your control, so I would advise that you try not to worry about it too much. Every lab has different norms for how much and in what capacity you need to contribute to a project to be considered an author. For example, in some labs, running many participants through a behavioral task may qualify you for co-authorship on a poster or paper, whereas other labs will require that you contribute more “intellectually” to a project to gain authorship. Beyond differing norms across labs, even within a lab, projects have different timelines and outcomes. Many experiments you work on might never get published, simply because they don’t “work out” or the data collected do not shed new light on a scientific problem. Other experiments might get published months or years after you have left the lab.

Knowing When to Move On

You may realize that research in general - or a specific lab - isn’t a good fit for you. Or you may discover that coursework is taking up more time than you initially thought, or another opportunity arose that is more exciting. Just have an honest conversation with your mentors explaining that you would like to stop working in the lab. Don’t just ghost!! Generally, it’s easier to do this toward the end of a semester / year / whatever commitment you have signed on for. If you are attempting to leave with little warning prior to meeting that commitment, then there might be some bad feelings (especially if the lab is counting on you to do some work). But if you initially signed on for a semester and realize the lab isn’t for you, then don’t be afraid to tell your mentors you will not be continuing on. If you realize you are more interested in other topics, then it likely makes sense to try to join a lab that focuses more on the questions you think you care about. If you’ve given it your best shot but find that you aren’t getting adequate mentorship (e.g., no one is meeting with you regularly or seems to care about your intellectual development), then that might be another good reason to try to find a new position (but remember, mentorship relationships are two-way streets, so be honest with yourself about whether you are putting effort in as well). If you love the lab you are in but think it would look more impressive to have more things listed on your resume, then it likely does not make sense to try to join a new lab.

Benefits of Undergraduate Research

Participating in undergraduate research offers numerous benefits:

Skill Development: Develop critical thinking, problem-solving, and analytical skills.
Career Preparation: Gain valuable experience for graduate school or future employment.
Networking Opportunities: Build relationships with faculty members and other researchers.
Personal Growth: Explore your interests, develop confidence, and make a meaningful contribution to your field.

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