How do Harvard and Amherst compare for undergraduate STEM research opportunities?

Harvard offers the larger and more varied undergraduate STEM research ecosystem, especially for a student who wants to explore biology across university labs, medical and public-health settings, and major research institutes. Its life-sciences opportunities extend beyond the undergraduate college to Harvard Medical School-affiliated labs and nearby partners such as the Broad Institute, creating unusual breadth in areas like genomics, neuroscience, biomedical engineering, and disease research.

Harvard fits a student who is comfortable taking initiative in a large, fast-moving research environment. A first-year or sophomore may need to contact multiple faculty members, learn how individual labs recruit, and be proactive about finding a role that becomes substantive over time. Once established, students can access highly specialized equipment, large research teams, and mentors ranging from faculty to graduate students and postdocs. The scale is a major advantage, though direct faculty contact can vary considerably by lab.

Amherst is especially compelling for a student whose top priority is sustained, close mentorship from professors. Because Amherst has a much smaller undergraduate population and no graduate students, faculty research groups rely heavily on undergraduates. Biology students can often move more quickly into meaningful hands-on work, develop a close relationship with a professor, and take substantial ownership of a project, including through an honors thesis.

Amherst also expands its options through the Five College Consortium, which gives students access to courses, faculty connections, and some research opportunities across nearby institutions. Its research menu is not as deep or biomedical-institution-centered as Harvard’s, but the undergraduate role in a lab can be more central. For biology, Harvard is the stronger match for maximum research breadth and access to major scientific networks; Amherst is the stronger match for an intimate undergraduate research experience with unusually direct faculty involvement.