Signals, Systems & Intelligent Foundations

The analytical core of modern ECE: modeling, stability, estimation, optimization.

Control, Autonomy & Robotics

Making machines stable, aware, adaptive, and self-directed.

• Continuous Control Systems
• Discrete-Time Control Systems
• Optimal Control and Estimation
• Decentralized Control and Consensus in Multi-Agent Systems
• Uncrewed Aerial Vehicle Systems and Control
• Foundations of Reinforcement Learning
• Feedback Control in Biological Signaling Pathways
• Introduction to AI in Robotics & Intelligent Systems
• Modern Navigation Systems

Communication, Wireless, Networks & Radar

Moving information across air, fiber, orbit, and contested spectrum.

Signal Processing, Perception & Intelligent Sensing

Teaching machines to see, hear, interpret, and understand the world.

• Digital Signal Processing
• Digital Signal Processing Lab / Applications of DSP
• Adaptive Signal Processing
• Advanced Digital Signal Processing
• Machine Learning for Signal Processing
• Deep Learning and Generative Artificial Intelligence
• Deep Learning for Computer Vision
• Machine Perception
• Speech Processing / Audio Signal Processing
• Introduction to Digital Image and Video Processing
• Image Processing & Analysis / Image Engineering

RF, Photonics & Remote Sensing Hardware

The physical layer: fields, light, antennas, receivers, and high-frequency electronics.

• Introduction to Polymeric Materials
• Polymer Physics
• Polymer Design and Bioconjugation
• Colloids and Nanoparticles
• Interfacial Science with Applications to Nanoscale Systems

Computation, Modeling & Intelligent Design

Simulation, prediction, and digital design for molecules, devices, and full systems.

• Intermediate Electromagnetics
• Electromagnetic Transmission Systems
• Principles of RF and Microwave Circuits / RF and Microwave Circuits
• Microwave Systems & Receiver Design
• Antenna Systems
• Advanced Antenna Systems
• Antenna Design for Space Systems
• Laser Fundamentals
• Laser Systems and Applications
• Fundamentals of Photonics and Fiber Optic Systems
• Fourier Techniques in Optics
• Introduction to Optical Instruments
• Advanced Topics in Optical Medical Imaging
• Introduction to EO/IR Systems
• Propagation and Atmospheric Effects at RF / Microwave / Millimeter Wave

Embedded Systems, FPGA & Advanced Computing Hardware

Where intelligence meets silicon, firmware, and real-time constraints.

• Microprocessors for Robotic Systems
• Embedded Microprocessor Systems / Embedded Systems Development Lab
• Computer Architecture
• FPGA Design Using VHDL
• System-on-a-Chip FPGA Design Laboratory
• Hardware Architectures for DSP Algorithms
• Digital VLSI System Design
• Mixed-Mode VLSI Circuit Design
• Analog Electronic Circuit Design / Advanced Analog Electronic Circuit Design
• High Speed Digital Design
• Measurement and Instrumentation
• Introduction to the Solid State / Electronic Materials
• Introduction to Electronic Packaging

Power, Energy Systems & Electrification

Powering vehicles, infrastructure, autonomy, and the grid.

• Introduction to Electric Power Systems
• Electric Machines and Control for Electrification
• Power System Control, Optimization, and Grid Management
• Power Electronics / Applications of Power Electronics Design / Advanced Power Electronics
• Microwave Systems & Receiver Design
• Propagation and Atmospheric Effects at RF / Microwave / Millimeter Wave