Cornell vs. UW–Madison for Undergraduate Biology Research

The biggest practical difference is scale: UW–Madison offers a broader, more decentralized biology research ecosystem, while Cornell can make it easier to build a sustained relationship with a professor or smaller lab group once you connect. At either school, access depends less on a formal guarantee than on contacting labs early, showing up consistently, and choosing courses and programs that put you near researchers.

Cornell has strong opportunities across molecular and cell biology, ecology and evolutionary biology, neurobiology, plant sciences, animal science, biomedical research, and computational biology. Its life-science research is spread across the College of Arts and Sciences and CALS, among other units, which gives students multiple routes into labs. Faculty labs often hire or mentor undergraduates, and Cornell’s undergraduate research funding, research-credit options, and summer programs can help students turn an initial volunteer role into an independent project. The campus’s smaller undergraduate environment relative to UW can make faculty and graduate-student networks feel more navigable, though sought-after labs can still be selective.

UW–Madison’s advantage is the sheer depth of its research infrastructure. Biology students can find labs in the biological sciences, biochemistry, genetics, microbiology, neuroscience, medicine, public health, agriculture, environmental science, and engineering-adjacent fields. Programs such as the Undergraduate Research Scholars program provide a structured entry point, while major research centers and the medical campus expand the number of possible mentors. The tradeoff is that UW is larger, so students may need to be more proactive about identifying a niche, emailing several labs, and moving beyond large introductory courses.

For a student whose priority is close faculty contact and a potentially more intimate undergraduate research path, Cornell has a slight edge. For someone who wants the widest possible menu of biology subfields, especially biomedical, genetics, microbiology, and public-health-connected research, UW–Madison may offer more directions to explore. In either case, compare the current labs of five to ten professors whose work genuinely interests you; that will be more predictive of your experience than the university name alone.