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Electrical Engineering: Degree
B.S.E.E. Degree in Electrical Engineering
94 hours, no minor required
The Electrical Engineering program is accredited
by the Engineering Accreditation Commission of the Accreditation Board for Engineering and Technology (ABET).
Degree Requirements:
18 hours mathematics
6 hours science
8 hours math and science electives- BIOL-2114 Cellular Biology
- CHEM-1314 General Chemistry for Engineers or
- CHEM-1115 General Chemistry I
- CHEM-2111 Introduction to Forensic Science
- ENGR-4113 Engineering Applications of Partial Differential Equations
- MATH-1623 Discrete Math
- MATH-3513 Linear Algebra
- MATH-3613 Numerical Analysis
- MATH-4313 Complex Variables
- PHYS-1811 Physics I lab
- PHYS-1911 Physics II lab
- PHYS-2713 Physics III with at least one of these being from the following lab courses
- BIOL-2114 Cellular Biology
- CHEM-1314 General Chemistry for Engineers
- CHEM-1115 General Chemistry I
- PHYS-1811 Physics I lab
- PHYS-1911 Physics II lab
18 hours engineering and computer science
32 hours electrical and computer engineering
- CENG-3203 Introduction to Microprocessors
- CENG-3213 Computer Systems I
- ELEC-3303 Introduction to Electronics
- ELEC-3313 Electronics I
- ELEC-3403 Continuous Time Linear Systems
- ELEC-3503 Discrete Time Linear Systems
- ELEC-3523 Digital Signal Processing I
- ELEC-3613 Electromagnetic Fields
- ELEC-4732 Systems Design I
- ELEC-4743 Systems Design II
- ELEC-4753 Systems Design III
- CENG-3013 Integrated Circuit Design
- CENG-3113 Data Communications
- CENG-4013 Advanced HDL Design
- CENG-4113 Network System Design
- CENG-4223 Embedded Systems Designs
- ELEC-4113 Communications Systems
- ELEC-4323 Electronic Devices
- ELEC-4423 Control Systems
- ELEC-4523 Real Time Processing
- ELEC-4613 RF Engineering
- ELEC-4813 Special Topics with at least one of these being an electrical engineering depth course
- ELEC-4323 Electronic Devices
- ELEC-4523 Real Time Processing
- ELEC-4613 RF Engineering with at least one of these being an electrical engineering breadth course
- ELEC-4113 Communications Systems
- ELEC-4423 Control Systems
- ELEC-4813 Special Topics
Faculty Facts
Richard Miller is an Associate Professor of Electrical Engineering. He is a member of the Institute of Electrical and Electronics Engineers and is interested in electromagnetics, radar, antennas, and low observable technology.
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