How should I choose between Harvard and UC Berkeley for undergraduate engineering research?

For a student who wants a very broad, engineering-centered research ecosystem, especially in areas such as electrical engineering and computer science, mechanical engineering, civil and environmental engineering, materials, or large-scale systems, UC Berkeley is compelling. Its College of Engineering has extensive faculty lab activity and a deep culture of undergraduate participation through routes such as the Undergraduate Research Apprentice Program (URAP), departmental research openings, and student project teams. Berkeley’s location also creates unusually direct connections to Bay Area technology, energy, and research organizations.

Harvard may suit a student who wants engineering research embedded in a smaller undergraduate setting and expects to build close relationships with professors early. Harvard John A. Paulson School of Engineering and Applied Sciences is particularly attractive for students drawn to interdisciplinary work connecting engineering with life sciences, medicine, applied physics, public policy, or entrepreneurship. Harvard College Research Program funding can support term-time and summer faculty-mentored research, and the university’s broader research network, including medical and life-science institutions, can be valuable for bioengineering-oriented interests.

Do not treat “access to research” as an automatic feature at either school. At Berkeley, the number and variety of labs are enormous, but many positions are competitive and students need to contact faculty thoughtfully, apply to structured programs, and persist. At Harvard, smaller cohorts can make faculty contact feel more manageable, but popular labs still select students based on preparation, fit, and available supervision.

Compare the actual departments and several faculty labs in your likely field, not just each university’s overall reputation. Look for whether professors are actively running projects that match your interests, whether first- and second-year students appear on lab pages or publications, and whether the work requires skills you can realistically build early. Also weigh cost carefully: research opportunities are strongest when you can afford summer research, reduce outside work, and remain flexible about unpaid or lower-paid early experiences.