| B.S. IN ENGINEERING SCIENCE
Students
interested in engineering or applied science may choose to major or minor
in engineering science. The curriculum is design-based and requires an industrial co-op. It consists of
courses in engineering and sciences, beginning with an introduction to the
engineering design process and culminating in an engineering design
capstone project focused on solving real-world problems in conjunction
with industrial partners. The engineering program is interdisciplinary in
nature, bridging the liberal arts and sciences by emphasizing not only how
engineering is built upon basic scientific principles, but also on the
vital benefits engineering has on both developing and modern societies.
The Engineering Science Major (B.S.)
(84 semester hours)
| CHEM 131 | (4) | Principles of Chemistry I |
| CHEM 141 | (1) | General Chemistry Lab I |
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| ENGR 110 | (4) | Designing Our World: An Introduction to Engineering Design |
| 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 |
| ENGR 2XX | (4) | Electrical Circuits |
| ENGR 2XX | (1) | Engineering Co-op |
| ENGR 307 |
(4) |
Thermal and Fluid System |
| ENGR 331 |
(3) | Machine Design |
| ENGR 3XX | (3) | Signals and Systems |
| ENGR 415 |
(4) |
Systems Modeling and Controls |
| ENGR 4XX |
(3) |
Mechatronics |
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| MATH 123 | (4) | Calculus I |
| MATH 124 |
(4) |
Calculus II |
| MATH 205 | (3) | Applied Statistics |
| MATH 223 | (3) | Calculus III |
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| 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 |
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| ENGR 230 |
(3) |
Technology and Society: A Regional Perspective |
| ENGR 232 |
(3) |
Technology and Society: A Global Perspective |
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| ENGR 451 | (3) |
Capstone Design |
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