Faculty Coordinator: Dr. Dmitri Litvinov
- Mandatory Core (9 credit hours):
- ECE 6306 - Introduction to Nanotechnology
- ECE 6307 - Nanomaterials and Solar Energy
- ECE 6314 - Nanoscale Design & Fabrication
- Specialization Electives (choose 3 courses/9 credit hours):
- ECE 6308 - Advanced Batteries: Principles, Materials, and Devices
- ECE 6309 - Microlithography for Micro-and Nano-system Manufacturing
- ECE 6312 - Fundamental of Ferromagnetic Materials & Devices
- ECE 6339 - Biophotonics
- ECE 6348 - Material Science of Thin Films
- ECE 6349 - Applied Solid State Theory
- ECE 6358 - Optoelectronics and Photonics: Principles and applications
- ECE 6362 - Compound Semicond Technology
- ECE 6384 - Micro-Nano-Electro-Mechanical Systems and Nano Devices
- ECE 6397 - Applied Optics & Micro/Nanophotonics
- ECE 6397 - Advanced Imaging Techniques
- ECE 6397 - Medical Imaging with Lasers
- ECE 7349 - Advanced Topics in Microelectronics
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.
Faculty Coordinator: Dr. Jose Luis Contreras-Vidal
- Mandatory Core (9 credit hours):
- ECE 6302 - Introduction to Neuroengineering
- ECE 6315 - Neural Computation
- ECE 6337 - Introduction to Stochastic Processes
- Specialization Electives (choose 3 courses/9 credit hours):
- ECE 6313 - Neural Networks
- ECE 6333 - Signal Detection and Estimation Theory
- ECE 6396 - Advanced Topics in Biomedical Engineering
- ECE 6397 - Brain-Machine Interfacing
- ECE 6397 - Introduction to Robotics
- ECE 6397 - Medical Imaging with Lasers
- ECE 6397 - Neurohumanities
- ECE 6397 - Rehabilitation Engineering
- ECE 6397 - State-Space Estimation with Physiological Applications
- ECE 6397 - Applied Optics & Micro/Nanophotonics
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.
Faculty Coordinator: Dr. Zhu Han
- Mandatory Core (choose 3 courses/9 credit hours):
- ECE 6321 - Principles of Internetworking
- ECE 6323 - Optical Fiber Communications
- ECE 6331 - Advanced Telecommunications
- ECE 6332 - Wireless Telecomm Systems
- ECE 6333 - Detection and Estimation Theory
- ECE 6357 - Introduction to Cybersecurity
- Specialization Electives (choose 3 courses/9 credit hours):
- ECE 6321 - Principles of Internetworking
- ECE 6323 - Optical Fiber Communications
- ECE 6331 - Advanced Telecommunications
- ECE 6332 - Wireless Telecomm Systems
- ECE 6333 - Detection and Estimation Theory
- ECE 6337 - Introduction to Stochastic Processes
- ECE 6342 - Digital Signal Processing
- ECE 6354 - Digital Video
- ECE 6357 - Introduction to Cybersecurity
- ECE 6364 - Digital Image Processing
- ECE 6376 - Pattern Recognition
- ECE 6381 - Sparse Representations for Signal Processing
- ECE 6382 - Engineering Analysis I
- ECE 6397 - Big Data
- ECE 6397 - Machine Learning
- ECE 6397 - State-Space Estimation with Physiological Applications
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.
Faculty Coordinator: Dr. Yuhua Chen
- Mandatory Core (choose 3 courses/9 credit hours):
- ECE 6311 - Introduction to Robotics
- ECE 6372 - Advanced Hardware Design
- ECE 6373 - Advanced Computer Architecture
- ECE 6397 - Hardware Verification
- Specialization Electives (choose 3 courses/9 credit hours):
- Computer Architecture
- ECE 6360 - Parallel Algorithms for GPUs and Heterogeneous Systems
- ECE 6372 - Advanced Hardware Design
- ECE 6373 - Advanced Computer Architecture
- ECE 6397 - Hardware Verification
- ECE 7373 - Advanced Topics in Computer Architecture
- Embedded Design and Integrated Circuits
- ECE 6328 - CMOS Analog Integrated Circuits
- ECE 6336 - Intro to Architecture of RTOS and IoT
- ECE 6346 - VLSI Design
- ECE 6370 - Advanced Digital Design
- Robotics & Control Systems
- ECE 6311 - Introduction to Robotics
- ECE 6335 - Digital Control Systems
- ECE 7334 - Advanced Digital Control Systems
- Communication Theory and Systems
- ECE 6321 - Principles of Internetworking
- ECE 6323 - Optical Fiber Communications
- ECE 6387 - Topics in Communication Systems
- Computer Architecture
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.
Faculty Coordinator: Dr. Aaron Becker
- Mandatory Core (choose three courses for 9 credit hours):
- ECE 6311 - Introduction to Robotics
- ECE 6325 - State-Space Control Systems
- ECE 6335 - Digital Control Systems
- ECE 6397 - Fuzzy Logic
- Specialization Electives (choose 3 courses/9 credit hours):
- Advanced Controls
- ECE 6325 - State-Space Control Systems
- ECE 6335 - Digital Control Systems
- ECE 6390 - Linear Multivariable Control Systems
- ECE 6394 - Control System Component Design
- ECE 6397 - Fuzzy Logic
- ECE 7331 - Non-Linear & Time-Varying Feedback Systems
- ECE 7332 - Design/Stat Control Sys
- ECE 7333 - Optimal Control Systems
- ECE 7334 - Advanced Digital Control Systems
- ECE 7335 - Robust Control Systems
- Robotics
- COSC 6332 - Medical Robotics and Intervention
- ECE 6311 - Introduction to Robotics
- ECE 6397 - Robots and ROS
- ECE 6397 - Emerging Computer Vision Models
- ECE 6397 - Machine Learning and Computer Vision
- Health Related
- ECE 6397 - Rehabilitation Engineering
- Math Related
- ECE 6382 - Engineering Analysis
- Power Systems
- ECE 6377 - Power System Analysis
- ECE 6380 - Power Electronics and Electric Drives
- ECE 6397 - Smart Grid Technology
- Intelligent Systems
- ECE 6313 - Neural Networks
- ECE 6376 - Digital Pattern Recognition (requires ECE 6337)
- Signal and Image Processing
- ECE 6337 - Stochastic Processes
- ECE 6342 - Digital Signal Processing
- ECE 6364 - Digital Image Processing (requires ECE 6342)
- ECE 6397 - Advanced Imaging Techniques
- ECE 6397 - State-Space Estimation with Physiological Applications
- Computer Engineering
- ECE 6336 - Advanced Microprocessor Systems
- Power and Energy Systems
- ECE 6305 - Power Electronics Converters and Control
- ECE 6317 - Adjustable Speed Motor Drive Systems
- ECE 6319 - Transformers and Electric Machines
- ECE 6327 - Smart Grid Systems
- Advanced Controls
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.
Faculty Coordinator: Dr. David Jackson
- Mandatory Core (9 credit hours):
- ECE 6340 - Intermediate Electromagnetics
- ECE 6351 - Microwave Engineering
- ECE 6352 - Antenna Engineering
- Specialization Electives (choose 3 courses/9 credit hours):
- Antennas
- ECE 6345 - Microstrip Antennas
- Computational EM
- ECE 6350 - Numerical Methods in Electromagnetics
- General EM
- ECE 6341 - Advanced Electromagnetic Waves
- Materials
- ECE 6312 - Fundamental of Ferromagnetic Materials & Devices
- Math Related
- ECE 6382 - Engineering Analysis I
- Optics
- ECE 6323 - Optical Fiber Communications
- ECE 6358 - Optoelectronics and Photonics: Principles and Applications
- RF and Microwaves
- ECE 6353 - RF & Microwave Electronics
- Well Logging
- ECE 6355 - Introduction to Well-Logging Techniques
- Special Topics
- ECE 6397 - Applied Optics & Micro/Nanophotonics
- ECE 6397 - Inverse Problems
- ECE 7397 - Advanced Topics in Electromagnetic Waves (needs approval by specialization coordinator)
- Antennas
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.
Faculty Coordinator: Dr. Jinghong Chen
- Mandatory Core (10 credit hours):
- ECE 6328 - CMOS Analog Integrated Circuits
- ECE 6346 - VLSI Design
- ECE 6466 - Integrated Circuit Engineering
- Specialization Electives (choose 3 courses/9 credit hours):
- ECE 6342 - Digital Signal Processing
- ECE 6347 - Advanced Topics in MOS Devices
- ECE 6351 - Microwave Engineering
- ECE 6353 - RF and Microwave Electronics
- ECE 6370 - Advanced Digital Design
- ECE 7349 - Advanced Topics in Microelectronics
- ECE 7366 - Advanced Process Integration for VLSI
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 31 semester credit hours.
Faculty Coordinator: Dr. Wei-Chuan Shih
- Mandatory Core (choose 2-3 courses/6-9 credit hours):
- ECE 6397 - Applied Optics & Micro/Nanophotonics
- ECE 6339 - Biophotonics
- ECE 6358 - Optoelectronics and Photonics: Principles and applications
- Specialization Electives (choose 3-4 courses/9-12 credit hours):
- ECE 6307 - Nanomaterials and Solar Energy
- ECE 6309 - Microlithography for Micro-and Nano-system Manufacturing
- ECE 6314 - Nanoscale Design & Fabrication
- ECE 6337 - Stochastic Processes
- ECE 6339 - Biophotonics
- ECE 6340 - Intermediate EM Waves
- ECE 6342 - Digital Signal Processing
- ECE 6349 - Applied Solid State Theory
- ECE 6358 - Optoelectronics and Photonics: Principles and Applications
- ECE 6362 - Compound Semiconductor Technology
- ECE 6364 - Digital Image Processing (requires ECE 6342)
- ECE 6384 - Micro-Nano-Electro-Mechanical Systems and Nano Devices
- ECE 6397 - Applied Optics & Micro/Nanophotonics
- ECE 6397 - Advanced Imaging Techniques
- ECE 6397 - Medical Imaging with Lasers
An additional 12 credit hours of approved Elective and Breadth courses must be taken to equal a total of 30 semester credit hours.