Computer Engineering Electives 2024-2025

Computer Engineering Electives | Digital Hardware Concentration Electives

Applied Math

AM 114 Introduction to Dynamical Systems
AM 147 Computational Methods and Applications

Computational Media

CMPM 146 Game AI

Computer Science and Engineering

CSE 101M Mathematical Thinking for Computer Science
CSE 102 Analysis of Algorithms
CSE 103 Computational Models
CSE 106 Applied Graph Theory and Algorithms
CSE 108 Algorithmic Foundations of Cryptography
CSE 110A Compiler Design I
CSE 110B Compiler Design II
CSE 111 Advanced Programming
CSE 112 Comparative Programming Languages
CSE 113 Parallel Programming
CSE 114A Foundations of Programming Languages
CSE 115A Introduction to Software Engineering*
CSE 118 Mobile Applications
CSE 122 Introduction to VLSI Digital System Design*
CSE 125 Logic Design with Verilog
CSE 130 Principles of Computer Systems Design
CSE 132 Computer Security
CSE 134 Embedded Operating Systems*
CSE 138 Distributed Systems: File Sharing, Online Gaming, and More
CSE 140 Artificial Intelligence
CSE 142 Machine Learning
CSE 144 Applied Machine Learning
CSE 150 Introductions to Computer Networks*
CSE 151/L Advanced Computer Networks and Laboratory
CSE 156/L Network Programming and Laboratory*
CSE 157 Internet of Things*
CSE 160 Introduction to Computer Graphics and Laboratory
CSE 161/L Introduction to Visualization and Computer Animation and Laboratory
CSE 165 Human-Computer Interaction
CSE 167 Mobile Sensing and Interaction
CSE 180 Database Systems I
CSE 181 Database Systems II*
CSE 183 Web Applications*
CSE 186 Full Stack Web Development I
CSE 193 Field Study
CSE 198 Individual Study or Research
CSE 220 Computer Architecture*
CSE 222A VLSI Digital System Design*
CSE 225 Introduction to ASIC Systems Design*
CSE 228A Agile Hardware Design*
CSE 276 Optimization Theory and Applications

CSE 193 and 198 require approval that is determined by the department via Course Substitution Petition.

Electrical and Computer Engineering

ECE 102/L Properties of Materials and Laboratory
ECE 115 Solid Mechanics
ECE 118 Introduction to Mechatronics
ECE 130/L Introduction to Optoelectronics and Photonics and Laboratory
ECE 135/L Electromagnetic Fields and Waves and Laboratory
ECE 141 Feedback Control Systems
ECE 151 Communications Systems
ECE 152 Introduction to Wireless Communications
ECE 153 Digital Signal Processing
ECE 171/L Analog Electronics and Laboratory
ECE 172 Advanced Analog Circuits
ECE 173 High Speed Digital Design and Laboratory
ECE 175/L Energy Generation and Control and Laboratory

*Can NOT be used as concentration course and an elective

**Can NOT be used as an elective and a capstone

Computer Engineering Electives (Digital Hardware Concentration) 2024-2025

Students can choose an elective from the computer engineering elective list or from the following graduate elective list. Digital Hardware Concentration Graduate-Level course list:

CSE 207 Graph Algorithms
CSE 220 Computer Architecture
CSE 221 Advanced Microprocessor Design
CSE 222A VLSI Digital System Design
CSE 222B VLSI System-on-a-Chip Design
CSE 225 Introduction to ASIC Systems Design
CSE 226 Advanced Parallel Processing
CSE 228A Agile Hardware Design
CSE 229 Field-Programmable Gate Arrays Computer-Assisted Design
CSE 234 Understanding Cryptography
CSE 250A Computer Networks
CSE 250B Principles of Computer Communication
CSE 250C HIgh Speed Computer Networks
CSE 253 Network Security
CSE 257 Wireless and Mobile Networks
CSE 259 Sensor Networks
CSE 264 Computer Vision
CSE 265/DANM 231 Human-Computer Interaction
ECE 215 Models of Robotic Manipulation
ECE 216 Bio-Inspired Locomotion
ECE 218 Mechatronics
ECE 240 Introduction to Linear Dynamical Systems
ECE 241 Introduction to Feedback Control Systems
ECE 242 Applied Feedback Control
ECE 244 Digital Control
ECE 245 Estimation and Introduction to Control of Stochastic Processes
ECE 246 Hybrid Dynamical Systems
ECE 249 Introduction to Cyber-Physical Systems