Pre-engineering Program

Course Pattern

Biosystems Engineering, Mechanical Engineering, and Mining Engineering
EM	221	Statics
EM	302	Mechanics of Deformable Solids
EM	313	Dynamics
ME	220	Thermodynamics
ME	330	Fluid Mechanics
EE	305	Electrical Circuits
Chemical Engineering
CME	200	Process Principles
CME	220	Computational Tools in Chemical Engineering
CME	320	Thermodynamics
CME	330	Fluid Mechanics
CME	415	Separation Processes
CME	425	Heat and Mass Transfer
Civil Engineering
EM	221	Statics
EM	302	Mechanics of Deformable Solids
CE	341	Introduction to Fluid Mechanics
CE	106	Computer Graphics and Communications
CE	381	Civil Engineering Materials I
Computer Engineering and Electrical Engineering
EE	211	Circuits I
EE	221	Circuits II
EE	222	Electrical Engineering Laboratory I
EE	280	Design of Logic Circuits
EE	281	Logical Design Laboratory
Materials Engineering
CME	200	Process Principles
MSE	201	Materials Science
EM	221	Statics
EM	302	Mechanics of Deformable Solids
MSE	351	Material Thermodynamics
EE	305	Electrical Circuits
Biomedical Engineering
There is no undergraduate program in Biomedical Engineering. If a student wishes to pursue graduate work in Biomedical he/she should follow the prescribed courses for the area that most closely fits their interests. For example, a student interested in biomechanics should take the courses listed above for Mechanical Engineers, a student interested in drug delivery should follow the Chemical Engineering path, and a student interested in imaging or signals should take the courses listed for Electrical Engineering.