How does undergraduate engineering research at Northwestern compare with Cornell?

The biggest practical tradeoff is breadth versus proximity: Cornell offers an exceptionally broad engineering research ecosystem and many large, specialized labs, while Northwestern’s smaller undergraduate engineering environment can make sustained faculty contact and cross-disciplinary work easier to build early. Both schools give undergraduates real routes into labs, independent study, and funded summer work; neither limits meaningful research to graduate students.

At Cornell Engineering, the scale is a major advantage. Students can explore research across established engineering departments as well as areas such as computing and information science, materials, robotics, biomedical engineering, sustainability, and aerospace-related work. Faculty commonly supervise undergraduates through paid assistant roles, academic-year research, independent-study credit, and summer programs. Cornell also has a strong culture of ambitious engineering project teams, which are not identical to faculty research but can provide hands-on design, data, and testing experience that leads naturally to lab opportunities. Its Ithaca setting creates a more self-contained campus research environment, so students often need to be proactive and organized in finding mentors.

Northwestern’s McCormick School of Engineering has substantial research depth, particularly where engineering overlaps with medicine, materials, computing, design, neuroscience, energy, and manufacturing. The proximity of the Evanston campus to Chicago, including Northwestern’s medical and research presence there, can be especially valuable for students interested in biomedical engineering, health technology, clinical applications, or entrepreneurship. Northwestern supports undergraduate research through faculty labs, independent study, summer research pathways, and university research funding, while the quarter system can provide flexibility to try courses and research commitments across the year. That pace can also make time management more demanding.

For a student who wants the widest possible menu of engineering subfields, large-scale technical infrastructure, and a deep bench of project teams, Cornell has the edge. For someone drawn to close faculty relationships, interdisciplinary engineering connected to medicine or design, and access to the Chicago research ecosystem, Northwestern is likely the more compelling research setting.