Catalog & Student Handbook

Applied Science and Mathematics Program

Dual Degree Engineering Advisor: Tracy Hodge

Berea College has a long-standing Dual Degree Engineering Program that includes 3-2 exchange agreements with both Washington University in St. Louis and the University of Kentucky. In this dual-degree program, students begin their college career at Berea taking three years of General Education, science, mathematics, and other course work, then transfer to one of these two institutions for two years of professional engineering education. Upon completion of both programs, students will earn two baccalaureate degrees, one from each of the two institutions they attended. Washington University offers programs in biomedical engineering; computer engineering; electrical and systems engineering; energy, environmental, and chemical engineering; mechanical engineering; and materials science. The University of Kentucky has programs in biosystems engineering; chemical engineering; civil engineering; computer engineering; electrical engineering; materials engineering; mechanical engineering; and mining engineering. Although Berea College does not have a special agreement with any other engineering schools at this time, Berea students have entered 3-2 engineering programs successfully with other universities upon completion of the dual degree requirements. To provide students with a major program that can lead to a career in engineering through Berea's Dual Degree Engineering Program, the College faculty approved the interdisciplinary Applied Science and Mathematics degree program. Berea's Dual Degree Engineering Advisor will serve as the student's primary advisor for this interdisciplinary major. For more information about the Pre-Engineering Program, go to http://www.berea.edu/physics/engineeringprogram.asp.

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This online publication is the official text of the Berea College Catalog & Student Handbook. Berea College reserves the right to amend, revise, or modify content within this publication at any time.

Posted: 8-8-2012

Updated by Wanda Burch

Applied Science and Mathematics