Online ECE Courses with Focus Area and Semesters Offered

Focus areas:

  • AC: Automatic Control
  • CNSIP: Communications Networks and Signal and Image Processing
  • CE: Computer Engineering
  • FO: Fields and Optics
  • MN: Microelectronics and Nanotechnology
  • PES: Power and Energy Systems
  • VC: VLSI and Circuit Design
Course Number Course Title Credit Hours Area Frequency
50631 Fundamentals of Current Flow 1 MN Fall, Spring, Summer
50632 Introduction to Quantum Transport 1 MN Fall, Spring, Summer
50633 Boltzmann Law: Physics to Machine Learning 1 MN Fall, Spring, Summer
50863 Computer Network Systems 3 CE Spring
51012 Electromechanics 3 PES Spring
51018 Hybrid Electric Vehicles 3 PES Spring
51300 Diffraction, Fourier Optics and Imaging 3 FO Fall - Odd Years
53800 Digital Signal Processing I 3 CNSIP Fall
54400 Digital Communications 3 CNSIP Fall
54700 Introduction to Computer Communication Networks 3 CNSIP Fall
55200 Introduction to Lasers 3 FO/MN Spring
55900 MOS VLSI Design 3 VLSI Fall
56300 Programming Parallel Machines 3 CE Spring - Odd Years
56500 Computer Architecture 3 CE Fall
56800 Embedded Systems 3 CE Spring
57000 Artificial Intellignce 3 CE Fall
58000 Optimization Methods for Systems And Control 3 AC Spring  
59500 Advanced Software Engineering 3 CE Spring 
59500 Applied Quantum Computing I-Fundamentals 1 FO/MN Spring
59500 Applied Quantum Computing II-Hardware 1 FO/MN Spring
59500 Applied Quantum Computing III-Algorthm and Software 1 FO/MN Spring
59500 Computer Vision for Embedded Systems 1 CE Fall
59500 Data Analysis, Design of Experiments and Machine Learning 1 MN Fall
59500 Essentials of Transistors 1 MN Spring
59500 Introduction to Compilers: Code Generation  1 CE Fall
59500 Introduction to Compilers: Compiler Basics  1 CE Fall
59500 Introduction to Compilers: Optimization  1 CE Fall
59500 Introduction to Data Mining 3 CE Fall
59500 Introduction to Electronics Packaging and Heterogeneous Integration 3 MN Fall
59500 Introduction to Quantum Science & Technology 3 FO Fall
59500 Semiconductor Fundamentals 1 MN Spring
60000 Random Variables and Signals (Core) 3 CNSIP Spring
60200 Lumped System Theory (Core) 3 AC Fall, Spring, Summer
60400 Electromagnetic Field Theory (Core) 3 FO Fall & Spring
60422 RF1: Primer On RF Circuit Design 1 FO Fall
60423 RF2: RF System Design 1 FO Fall
60424 RF3: RF Design: Passive & Active Components 1 FO Fall
60600 Solid State Devices I (Core) 3 MN Fall & Spring
60800 Computational Models and Methods (Core) 3 CE Fall
60827 Programmable Accelerator Architectures 3 CE Spring
61000 Energy Conversion (Core) 3 PES Fall
61010 Time Domain Simulation and Optimization for Design 1 PES Fall & Summer
61014 Electromagnetic and Electromechanical Component Design 3 PES Fall - Odd Years
61016 Power Electronic Converters and Systems 3 PES Fall - Even Years
61700 Antennas: Design and Application 3 FO Spring - Odd Years
63700 Digital Image Processing I 3 CNSIP Spring
64200 Information Theory and Source Coding 3 CNSIP Fall - Odd Years
68000 Modern Automatic Control 3 AC Fall - Odd Years
69500 Advanced Internet of Things Design and Applications 3 CE Spring
69500 Big Data for Reliability & Security 1 CNSIP Fall
69500 Communication for Engineering Leaders 1   Spring & Summer
69500 EP2: Epidemic Processes 1 AC Fall   
69500 EP3: Epidemic Processes Over Networks 1 AC Fall   
69500 Fiber Optic Communcations 1 FO Spring
69500 EP1: Introduction to Mathematical Fundamentals for Systems and Control Theory 1 AC Fall  
69500 Nanophotonic Modeling 1 FO Spring
69500 Optimization for Deep Learning 3 CNSIP Fall
69500 Quantum Detectors 1 FO Spring
69500 Quantum Detectors and Sensors 3 FO Fall
69500 Quantum Networks 1 FO Spring