Hopkins is well-known for its excellent engineering program, and I'm especially interested in the biomedical or chemical/biomolecular engineering programs there. What aspects of Hopkins' undergraduate program make it one of the best in the country? What are its most unique elements?
Whenever I speak with a prospective Engineering student here are the things I highlight about the Whiting School of Engineering:
- RESEARCH, research, research. You will have unparalleled research opportunities if you attend Hopkins, especially an Engineering program.
- SIZE: The Whiting School is 1/3 of the total undergraduate population (4500) of Hopkins. Your class sizes will be small, and you will know your faculty.
- LIBERAL ARTS TOO: Hopkins is not just an Engineering school. You will not be stuck at a school where everyone is studying similar areas. Here you will have peers pursuing Humanities, Social Science, and Natural Science programs, along with all the Engineering programs. And oh yeah, you have the opportunity to take classes and even double major in any of the Arts and Sciences areas.
- PRACTICAL EXPERIENCE: Many of the Engineering programs provide design team projects, or other opportunities for students to interact with real companies on real world issues.
Here is what the Dean of the Engineering School says:
Taking on the tough questions, putting knowledge to work to improve people’s lives—that’s what engineering at Johns Hopkins is all about.
Since the first engineering students enrolled at Johns Hopkins in 1912, our students, faculty, and graduates have been leaders in innovation, conducting pioneering research, and creating new technologies that address the ever-changing demands of modern society.
At the Whiting School of Engineering, students and faculty are immersed in a remarkable, collaborative environment—an environment that combines a rigorous academic program with cutting-edge research. The Whiting School both draws upon and contributes to the university’s many strengths and renown in fields ranging from medicine and public health to the physical sciences and humanities.
From groundbreaking explorations into wastewater treatment, tissue engineering, and the environmental impact of nanotechnology to the design of robots that will make the diagnosis and treatment of patients safer, easier, and more effective, engineers at the Whiting School are tackling some of the most complex and challenging problems facing society today.
Johns Hopkins was the nation’s first research university, founded in 1876 for the purpose of “expanding knowledge and putting that knowledge to work for the good of humanity.” This principle guides the Whiting School today, perpetuating a tradition of academic excellence and preparing students for leadership in all of their endeavors."