Loyola University Maryland

Department of Engineering


Transitors, resistors, and diodes

Loyola’s engineering program has been constructed to provide breadth across engineering disciplines. With this in mind, the course requirements are identical for all four concentrations up to and including the first semester of the sophomore year. At that point, each engineering student must choose one of two paths—the mechanical/materials path, or the computer/electrical path. Prior to beginning their junior year, each student must subsequently select the single concentration that he or she wishes to pursue (computer, electrical, materials or mechanical engineering). Required courses for individual concentrations begin the first semester of the junior year. These “concentration courses” build on the strong foundation already set in the first two years and provide depth and more advanced treatment in specific subject areas. In this way, Loyola’s program balances breadth and depth, producing graduates who are well-equipped to tackle today’s real-world technical challenges.

To find out more about the curriculum, visit the following sections:

Note:  In order to graduate within four years, students who are considering majoring in engineering must take the following mathematics and science prerequisite courses during their first year:  MA251 Calculus I, PH201 General Physics I, PH291 General Physics I Laboratory, MA252 Calculus II, PH202 General Physics II, PH292 General Physics II Laboratory.



This mechanical engineering major is driven by her passion for innovation and interest in patent law

Mechanical Engineering