Brown vs. Harvard: Which University Is Better for an Undergraduate Engineering Education?

The central tradeoff is Brown’s highly flexible, undergraduate-centered engineering curriculum versus Harvard’s larger research ecosystem and access to the broader Cambridge technology community. Brown lets engineering students use its Open Curriculum to combine technical study with design, entrepreneurship, public policy, humanities, or the arts without a large core-curriculum requirement. Harvard’s School of Engineering and Applied Sciences offers exceptional laboratories, faculty research, and connections across Harvard’s professional schools, while eligible students can also pursue approved coursework through cross-registration at MIT.

Brown is especially appealing for a student who wants engineering to be one part of a deliberately self-designed education. Its undergraduate engineering concentrations span fields such as biomedical, chemical, computer, electrical, environmental, materials, and mechanical engineering, and the department has a collaborative reputation. The flexibility is valuable, but it also means students need to plan carefully to preserve enough sequencing, technical depth, and project experience for their intended field.

Harvard can feel more resource-rich and research-intensive, particularly for students drawn to areas where engineering intersects with computer science, biology, medicine, climate, business, or policy. Its Engineering Sciences program is rigorous and supported by the scale of Harvard’s research enterprise. Harvard’s undergraduate engineering identity is somewhat less traditionally departmental than Brown’s, so a student looking for a classic, tightly structured engineering-school atmosphere may find Brown more immediately cohesive.

For the stronger overall undergraduate engineering experience, Harvard has a modest edge because of its research infrastructure, interdisciplinary reach, and Cambridge opportunities. Brown is the more compelling choice for a student who values curricular freedom and wants to build an engineering education around substantial interests beyond engineering.