The Engineering Science curriculum is rooted in mechanical engineering and engineering design. The major requires an industrial co-op. The program bridges the liberal arts and engineering by emphasizing not only
the key technical aspects of engineering , but also the
vital benefits engineering has on society. Our program is currently on track for ABET accreditation for a site visit in Fall of 2010.
The Engineering Science Major (B.S.)
(84 semester hours)
Required Courses:
CHEM 131
(4)
Principles of Chemistry I
CHEM 141
(1)
General Chemistry Lab I
MATH 123
(4)
Calculus I
MATH 124
(4)
Calculus II
MATH 205
(3)
Applied Statistics
MATH 223
(3)
Calculus III
PHYS 131
(1)
Introductory Physics Lab I
PHYS 132
(1)
Introductory Physics Lab II
PHYS 171
(4)
General Physics I
PHYS 172
(4)
General Physics II
PHYS 201
(4)
Mathematical Methods of Physics
ENGR 110
(4)
Designing Our World: An Introduction to Engineering Design w/lab
ENGR 120
(3)
Analyzing Our World: Foundations of Engineering Analysis
ENGR 205
(3)
Statics and Strength of Materials
ENGR 206
(3)
Dynamics and Kinematics
ENGR 215
(4)
Materials Science and Engineering w/lab
ENGR 221
(4)
Electrical Circuits w/lab
ENGR 378
(1)
Engineering Co-op
ENGR 307
(4)
Thermal and Fluid Systems w/lab
ENGR 331
(3)
Machine Design
ENGR 316
(3)
Signals and Systems
ENGR 415
(4)
Systems Modeling and Controls w/lab
ENGR 424
(3)
Mechatronics w/lab
ENGR 451
(3)
Capstone Design
Choose 1 of the following:
ENGR 230
(3)
Technology and Society: A Regional Perspective
ENGR 232
(3)
Technology and Society: A Global Perspective
Choose 2 additional three credit ENGR courses at 200-level or above.