"Through enthusiastic teaching of a dynamic curriculum, combined with a strong sense of community, graduates of our Materials Science and Engineering program are extremely well-prepared to solve some of the most demanding technological challenges facing society and the world."
"Having a unique perspective based on science and engineering principles, graduates from our highly ranked chemical engineering program are prepared to meet challenges associated with the sustainable production of energy, pharmaceuticals, chemicals and advanced materials."
"CEMS undergraduate students - please feel free to contact me with questions or concerns. I'm happy to be your first point-of-contact within the department."
The mission of the Department of Chemical Engineering and Materials Science is to perform the nation's highest quality education and research, at the undergraduate and graduate levels, in the behavior and structure of chemical processes and materials.
The Chemical Engineering Program at the University of Minnesota is accredited by the Engineering Accreditation Commission of ABET (http://www.abet.org). The department graduates about 100 students with bachelor's degrees in Chemical Engineering each year. The core courses in the Chemical Engineering program are team taught by several faculty members. The organizing professor lectures three times a week to the entire class, and the class is split into smaller recitation sections for twice-weekly discussion and problem-solving meetings with a faculty member. Our team teaching approach puts the students and faculty in closer contact to the mutual benefit of both.
*Spring 2016 graduate survey: 85 alumni respondents
The Bachelor of Materials Science and Engineering (B. Mat.S.E.) degree is accredited by the Engineering Accreditation Commission of ABET. The major has recently grown to well over 40 graduates, who go on to a broad spectrum of positions in industry, in addition to some of the highest ranked graduate programs in the country. Our graduates receive a rigorous education in the fundamentals of Materials Science and Engineering, featuring first class laboratory experiences with state-of-the-art instrumentation, and detailed training with modern scientific and engineering tools. These students develop outstanding problem-solving skills, a deep knowledge base, and excellent analytical skills, equipping them for a wide variety of successful careers.
*Spring 2016 graduate survey: 40 alumni respondents