Computer Engineering, Bachelor of Science
The computer engineering degree provides the educational background for engineers to pursue a career in the integrated hardware and software design development cycle for a variety of industries. Computer engineering is an academic discipline that blends electrical and electronic engineering with computer science.
Courses
- CHEM 2120 — General Chemistry I Lab
- CHEM 2124 — General Chemistry I
- CMPE 4191 — Computer Engineering Design Project I
- CMPE 4192 — Computer Engineering Design Project II
- COMS 1011 — Programming Foundations I Lab
- COMS 1013 — Programming Foundations I
- COMS 2203 — Programming Foundations II
- COMS 2213 — Data Structures
- COMS 2223 — Computer Organization and Programming
- COMS 3703 — Advanced Operating Systems
- ELEG 1011 — Introduction to Electrical and Computer Engineering
- ELEG 2103 — Electric Circuits I
- ELEG 2111 — Electric Circuits Laboratory
- ELEG 2113 — Electric Circuits II
- ELEG 2130 — Digital Logic Design Lab
- ELEG 2134 — Digital Logic Design
- ELEG 3103 — Electronics I
- ELEG 3123 — Signals and Systems
- ELEG 3133 — Microprocessor Systems Design
- ELEG 3143 — Electromagnetics
- ELEG 4103 — Electronics II
- ELEG 4113 — Digital Signal Processing
- ELEG 4122 — Electrical Systems Lab
- ELEG 4133 — Advanced Digital Design
- ELEG 4143 — Communication Systems I
- ELEG 4303 — Control Systems
- ENGL 1013 — Composition I
- ENGL 1023 — Composition II
- MATH 2703 — Discrete Mathematics
- MATH 2914 — Calculus I
- MATH 2924 — Calculus II
- MATH 2934 — Calculus III
- MATH 3243 — Differential Equations I
- PHYS 2000 — Physics Laboratory I
- PHYS 2010 — Physics Laboratory II
- PHYS 2114 — Calculus-Based Physics I
- PHYS 2124 — Calculus-Based Physics II
- STAT 3153 — Applied Statistics
- TECH 1001 — Orientation to the University