Research experience demonstrates intellectual curiosity, analytical thinking, the ability to work on complex problems, and a contribution to scientific knowledge. While not all medical schools require research for admission, most competitive programs expect it, and strong research experience can distinguish your application in a crowded field. The AAMC® reports that approximately 85 to 90 percent of successful applicants to the most competitive and research-intensive medical schools have significant and sustained research experience in their undergraduate years. This page covers how to find research opportunities, what to expect, how to maximize your experience, and how research fits into your overall application.
Finding a Research Position
Faculty Research Labs: The most common way to gain research experience is by working in a faculty member’s lab at your university. Start by identifying professors whose research interests align with yours. Read their faculty pages, review their recent publications (even if you do not understand all the details, you can get a sense of what they study), and attend departmental seminars. Then email or visit during office hours to express your interest. A strong introductory email includes a brief introduction (who you are, your year, your major), a specific reference to their research that interests you (cite a paper or describe a project), a statement of what you hope to learn, and your availability (hours per week, semesters you are available). Expect some rejections. Many professors are full or do not take undergraduates. Persistence and professionalism are key. Contact 5 to 10 professors to maximize your chances of finding a match.
Summer Research Programs: Funded summer research experiences (REUs funded by the NSF, MARC and RISE programs funded by the NIH, and institutional summer research programs) provide 8 to 10 weeks of intensive, mentored research with a stipend and sometimes housing. These programs are competitive but provide a structured introduction to research with a dedicated mentor, a defined project, and a community of fellow undergraduate researchers. Apply to 5 to 10 programs during the fall and winter for the following summer. See our state resources for programs in your area.
Clinical and Translational Research: If you are interested in research that directly involves patients (clinical trials, outcomes research, health services research, quality improvement), look for opportunities in clinical departments at academic medical centers. Clinical research coordinators, physicians conducting clinical trials, and public health researchers all employ undergraduate assistants. Clinical research experience is particularly valuable for medical school applicants because it bridges the gap between basic science and patient care.
What to Expect
As an undergraduate researcher, your initial role will be learning. You will read background literature, learn laboratory techniques (or clinical research methods), assist with data collection, and gradually take on more independent tasks. The learning curve is steep, and you will make mistakes. This is normal. Undergraduate research is an apprenticeship: you learn by doing, observing, and being corrected. Over time (typically after 6 to 12 months of sustained involvement), you will develop the skills and knowledge to contribute meaningfully to a project, design experiments, analyze data, and potentially present or publish your findings.
The timeline matters. Starting research freshman or sophomore year gives you enough time to move beyond the learning phase and produce meaningful work. Starting junior or senior year limits what you can accomplish and makes your research experience look more like a checkbox than a genuine commitment. Plan to commit at least 8 to 12 hours per week during the academic year and full-time during at least one summer.
Presentations and Publications
Presenting your research at a conference (poster presentation or oral presentation) and publishing in a peer-reviewed journal are the gold standards for demonstrating research productivity. Not every undergraduate research experience produces a publication, and medical schools do not require one. But publications and presentations demonstrate that your research contributed to scientific knowledge and that you participated in the scholarly communication process. Ask your mentor early about opportunities to present at your university’s undergraduate research symposium, at regional or national conferences, and about the possibility of contributing to a publication. Even if you do not earn first authorship, being listed as a co-author demonstrates your contribution.
Research and Your Application
On AMCAS®, you can describe up to 15 experiences, and research should be featured prominently. Describe your specific role, the research question, your methods, your findings (even preliminary ones), and what you learned. Avoid jargon. Write your description so that a non-scientist can understand what you did and why it matters. Your research mentor’s letter of recommendation is one of the most important letters in your application because it speaks to your intellectual abilities, your work ethic, your scientific thinking, and your potential for the analytical demands of medical school. Cultivate this relationship throughout your time in the lab.
For related academic content, see our research methods page, reading scientific literature guide, and writing for science guide. For MD-PhD considerations, see our MD-PhD page.
Types of Research: Research in pre-med is not limited to bench science (test tubes and microscopes). Clinical research (studying patient outcomes, conducting clinical trials, analyzing electronic health record data), public health research (epidemiology, health services research, community health assessments), social science research (health behavior, health communication, medical education), and translational research (bridging basic science discoveries and clinical applications) are all valued by medical schools. Choose the specific type of research that genuinely aligns with your interests, not what you think looks most impressive. A student who is genuinely passionate about their public health research project and can speak articulately about its significance is more compelling than a student who worked in a molecular biology lab but cannot explain what they studied or why it matters.
When Research Does Not Go Well: Failed experiments, negative results, and projects that do not lead to publications are normal parts of the research process. Medical schools do not expect every undergraduate to produce a publication. What they expect is that you engaged genuinely with the research process, learned from setbacks, developed critical thinking skills, and can articulate what you did and what you learned. If your project produced negative results, you can discuss what the negative results mean, how they informed the next steps of the research, and what you learned about the scientific process. Negative results are still scientifically meaningful results, and the ability to learn constructively from failure and setback is one of the most important qualities in both scientific research and clinical medicine.
Research for Students Without Lab Access: If your institution does not have strong research infrastructure, or if you cannot find a research position despite persistent effort, alternatives exist. Community-based research projects that you design independently (health surveys, public health assessments, data analysis using publicly available datasets) demonstrate research skills without requiring a university lab. Literature reviews and systematic reviews can be conducted with library access alone. Computational research (bioinformatics, data science, statistical modeling) can often be done remotely. Summer REU programs at other institutions provide intensive research experiences for students whose home institutions lack resources. Do not let your school’s limitations become your limitations. Seek out opportunities creatively and persistently.
References
Association of American Medical Colleges (AAMC). “Applicant and Matriculant Data.” AAMC, 2025. https://www.aamc.org/data-reports. Accessed March 2026.