Major in Engineering

 

Additional Program Requirements

Required Courses: 19 hours

MAT 212	Calculus and Analytic Geometry II	4
MAT 213	Calculus and Analytic Geometry III	4
MAT 314	Differential Equations	3
MAT 208	Statistics	3
	Or
MAT 315	Linear Algebra	3
PHY 232	University Physics II With Calculus	5

Prerequisites: 13 hours

MAT 211	Calculus and Analytic Geometry I	4
CHE 105	Fundamentals of Chemistry I	4
	Or
CHE 111	General Chemistry	4
PHY 231	University Physics I With Calculus	5

Electrical Engineering Concentration

Major Core Requirements: 44 hours

EGR 101	Introduction to Engineering Design And Analysis	1
EGR 105	Solid Modeling	1
EGR 109	Introduction to Matlab and Computer Programming	2
EGR 209	Survey of Computational Engineering	1
EGR 210	Materials Engineering	3
EGR 240	Mechanical Engineering Fundamentals I: Mechanics	3
EGR 250	Mechanical Engineering Fundamentals II: Thermodynamics	3
EGR 261	Electrical Engineering Fundamentals I: Digital Logic	3
EGR 262	Electrical EGR Fundamentals II: Electric & Electronic Circuits	4
EGR 330	Engineering Economy	3
EGR 342	Engineering Experimental Methods	3
EGR 360	Modeling and Analysis of Linear and Dynamical Systems	3
EGR 375	Power Systems and Electrical Machines	3
EGR 391	Major Project Design Preparation	1
EGR 475	Control Theory and Design	4
EGR 491	Major Project Design I	2
EGR 492	Major Project Design II	3
EGR 498	Engineering Seminar	1

Required Concentration Courses: 16 hours

EGR 361	Digital Electronics	3
EGR 365	Electromagnetics	3
EGR 405	Electronic Circuit Analysis and Design	4
EGR 426	Signals and Systems	3

Advisor-approved 3-hour UL elective from EGR, MAT, or PHY - or - advisor-approved elective from CSC.

Mechanical Engineering Concentration

Major Core Requirements: 44 hours

EGR 101	Introduction to Engineering Design And Analysis	1
EGR 105	Solid Modeling	1
EGR 109	Introduction to Matlab and Computer Programming	2
EGR 209	Survey of Computational Engineering	1
EGR 210	Materials Engineering	3
EGR 240	Mechanical Engineering Fundamentals I: Mechanics	3
EGR 250	Mechanical Engineering Fundamentals II: Thermodynamics	3
EGR 261	Electrical Engineering Fundamentals I: Digital Logic	3
EGR 262	Electrical EGR Fundamentals II: Electric & Electronic Circuits	4
EGR 330	Engineering Economy	3
EGR 342	Engineering Experimental Methods	3
EGR 360	Modeling and Analysis of Linear and Dynamical Systems	3
EGR 375	Power Systems and Electrical Machines	3
EGR 391	Major Project Design Preparation	1
EGR 475	Control Theory and Design	4
EGR 491	Major Project Design I	2
EGR 492	Major Project Design II	3
EGR 498	Engineering Seminar	1

Required Concentration Courses: 16 hours

EGR 320	Mechanics of Materials	3
EGR 352	Mechanical Engineering Laboratory	1
EGR 355	Fluid Mechanics	3
EGR 455	Energy Conversion	3
EGR 456	Machine and Mechanism Theory and Design	3
EGR 470	Heat Transfer	3