How does the student workload at MIT compare with Cornell?

The biggest practical difference is that MIT tends to concentrate work into frequent problem sets, labs, and fast-moving technical courses, while Cornell Engineering often combines a similarly demanding course load with more traditional grading pressure and a larger campus’s worth of activities and logistics. Neither school is light, and an engineering student at either should expect schoolwork to be a major part of most weekdays and some weekends.

At MIT, students commonly describe a rhythm of recurring psets, coding assignments, labs, and collaborative work across several classes at once. Collaboration is an established part of the academic culture, so students often work alongside classmates rather than handling every assignment alone. The pace can feel relentless because deadlines recur weekly, but MIT students also tend to find peers working in the same residence halls, study spaces, and labs, which makes academic life highly integrated with social life.

Cornell Engineering’s workload is comparably intense, especially in foundational math, physics, computing, and major requirements. Cornell courses may involve substantial homework plus prelim exams, labs, and project work; the experience can vary more by engineering major, instructor, and whether a student joins a time-intensive project team. Cornell’s larger, more spread-out campus and broader range of student organizations can create more options outside class, but students need to manage their time deliberately to take advantage of them.

The difference is not large enough to choose based on an expectation of an easy social schedule at Cornell. For an engineering student who likes an intensely collaborative, academically immersive environment, MIT is the more natural fit; Cornell offers comparable rigor with a larger-campus experience and somewhat more variation in how students build their lives beyond class.