Computer Engineering

For me, it’s about taking something from concept to working prototype: whether that’s an embedded system, a robotics platform, or a distributed pipeline. I like seeing how software decisions affect hardware performance, and how constraints like power, latency, and memory shape what’s possible. It feels less like writing programs and more like engineering systems that have to work reliably outside a textbook.

For me, it’s about taking something from concept to working prototype: whether that’s an embedded system, a robotics platform, or a distributed pipeline. I like seeing how software decisions affect hardware performance, and how constraints like power, latency, and memory shape what’s possible. It feels less like writing programs and more like engineering systems that have to work reliably outside a textbook.

It’s a good major for anyone interested in the intersection of software and hardware

Computer Engineering very highly regarded at UC San Diego. Workload can be quite challenging, especially when taking multiple major classes, such as multiple CS or EE classes, but it is not impossible to excel. Managing time wisely to do lots of fun stuff is key to maintaining joy in my major.

I learned a lot of great things related to technology both from a software and hardware side.

Computer engineering is a very comprehensive course and it teaches us about how we can integrate hardware and software together.