|
All dual-degree engineering programs
require the following core courses:
|
CHM
|
111
|
General Chemistry I
|
3 sh
|
|
CHM
|
113
|
General Chemistry I Lab
|
1 sh
|
|
CHM
|
112
|
General Chemistry II
|
3 sh
|
|
CHM
|
114
|
General Chemistry II
Lab
|
1 sh
|
|
PHY
|
113
|
General Physics I with
Calculus w/lab
|
4 sh
|
|
PHY
|
114
|
General Physics II with
Calculus w/lab
|
4 sh
|
|
MTH
|
121
|
Calculus and Analytic Geometry
I
|
4 sh
|
|
MTH
|
221
|
Calculus and Analytic Geometry
II
|
4 sh
|
|
MTH
|
321
|
Calculus and Analytic Geometry
III
|
4 sh
|
|
MTH
|
421
|
Differential Equations
|
4 sh
|
|
CSC
|
130
|
Introduction to Computer
Science
|
4 sh
|
TOTAL 36
sh
Engineering Foundations
|
EGR
|
103
|
Challenges in
Engineering
|
3 sh
|
|
EGR
|
206
|
Engineering Mechanics -
Statics
|
3 sh
|
|
EGR
|
208
|
Engineering Mechanics -
Dynamics
|
3 sh
|
|
At least two of the following three courses (8 sh)
|
|
EGR/PHY
|
211/212
|
Circuit Analysis/ Lab
|
|
|
EGR
|
306
|
Mechanics of Solids
|
|
|
EGR/PHY
|
310
|
Engineering
Thermodynamics
|
|
TOTAL 17
sh
|
|
