Engineering Science Courses
- EGR 111 Engineering Computations
- EGR 115 Engineering Graphics
- EGR 203 Engineering Statics
- EGR 204 Engineering Dynamics
- EGR 210 Digital Systems
- EGR 211 Circuits and Devices
- EGR 260 Guided Study in Technology
EGR 111 Engineering Computations
Credits: 3.00In engineering environments, it is critical to recognize when and how a computer can assist in the analysis of a problem. This course will introduce the key concepts of good programming practice and show how computer programming directly relates to solving engineering problems. Multiple programming environments are used, each one emphasizing the same core concepts, yet customized to support a specific category of engineering problem application. Prerequisite: MAT 100 or equivalent
EGR 115 Engineering Graphics
Credits: 3.00This course covers the basics of graphical solid-model design from conception through to final product. Drawing dimensioning and tolerancing are also discussed, as is the solution to 3D problems and spatial analysis through descriptive geometry. Prequisite: MAT 100 or equivalent.
EGR 203 Engineering Statics
Credits: 4.00This course covers application of Newton's First Law to particles and rigid bodies with emphasis on engineering application. Topics include particle and rigid body equilibrium, calculation of centroids and first moments, analysis of trusses and frames, and selected topics on friction. Prerequisites: MAT 190 or equivalent and PHY 151
EGR 204 Engineering Dynamics
Credits: 4.00This course covers topics in kinematics, work-energy equations, and impulse-momentum theory as they apply to rigid bodies with emphasis on engineering situations. Students will also be introduced to vibration theory. This course uses integral and differential calculus as well as a vector approach to analyzing and solving engineering problems. Prerequisites: MAT 201 and PHY 151 prior to this course. It is strongly recommended that EGR 203 be taken as a prerequisite.
EGR 210 Digital Systems
Credits: 4.00This course introduces the fundamentals of digital systems design. It is designed as a foundation course for those pursuing studies leading to a degree in electrical, electronics or computer engineering. Prerequisites: EGR 111 and PHY 152
EGR 211 Circuits and Devices
Credits: 4.00This course covers the fundamentals of circuit analysis and basic devices theory. It is designed as a foundation course for those pursuing studies leading to a degree in electrical, electronics or computer engineering. Prerequisites: MAT 201, EGR 111 and PHY 152
EGR 260 Guided Study in Technology
Credits: 3.00An interdisciplinary, project-oriented course in which students combine their skills and competencies in the study of "real world" technology projects in electronics and engineering. A systems approach is used and a research paper is required.
