Congratulations on the department's recent vigorous activity! It sounds great in that it provides more research opportunities for undergraduates....

The scope of my technical education at Harvey Mudd made it possible for me to design products in physics, mathematics, chemistry, and electrical engineering. I felt confident enough to teach myself new subjects... My current team covers a lot of technical ground, and I think that the broad scientific training I received in physics at Harvey Mudd continues to contribute to my ability to successfully educate myself in new subjects and to understand the post-graduate-level work being done by the group.

I can't speak highly enough of the broad-based physics education I received at HMC. I have done a lot of things over the years, and virtually all of them were made possible by my physics education. Yes, a job after graduation is important, but the broader your education, the more likely you are to be able to keep up with the rapidly changing times.

I would say, using myself as an example, having a Physics background is a tremendous asset no matter what field one decides to go into. I really think that the problem solving skills I learned as a Physics major have helped me in my Engineering work. Also, since Physics is so fundamental to everything else (perhaps my view here is a little jaded?) there is no way to go wrong by learning Physics first and then moving up to other disciplines. ('Up' in the sense that 'C' is a higher level language than 'assembly'.) And now seems to be a great time for well-skilled scientists here in the Silicon Valley. The group I am in at IBM is concerned with magnetic disk media and most of the PhD's are from Physics/Material Science backgrounds.