- Nel semestre presso UIC non possono essere scelti corsi che corrispondano a quelli già seguiti a Torino; la corrispondenza dei corsi presi verrà comunicata a ciascuno studente durante il semestre a Torino.
- La scelta dei corsi deve soddisfare le regole di UIC per ottenere il titolo di MS in ECE complessivamente sui due semestri (cioè includendo le equivalenze dei corsi seguiti a Torino), ed in particolare riguardo al numero minimo di corsi di "livello 5".
- La scelta dei corsi nel semestre presso UIC deve essere approvata da UIC.]

Elenco moduli a scelta:
ECE401 - Quasi-Static Electric and Magnetic Fields
ECE407 - Pattern Recognition I
ECE410 - Network Analysis
ECE412 - Introduction to Filter Synthesis
ECE415 - Image Analysis and Computer Vision I
ECE417 - Digital Signal Processing II
ECE418 - Statistical Digital Signal Processing
ECE421 - Introduction to Antennas and Wireless Propagation
ECE423 - Introduction to Electromagnetic Compatibility
ECE424 - RF and Microwave Guided Propagation
ECE427 - Modern Linear Optics
ECE431 - Analog Communication Circuits
ECE432 - Digital Communications
ECE434 - Multimedia Systems
ECE436 - Computer Communication Networks II
ECE437 - Wireless Communications
ECE442 - Power Semiconductor Devices and Integrated Circuits
ECE445 - Analysis and Design of Power Electronic Circuits
ECE448 - Transistors
ECE449 - Microdevices and Micromachining Technology
ECE451 - Control Engineering
ECE452 - Robotics: Algorithms and Control
ECE458 - Electromechanical Energy Conversion
ECE465 - Digital Systems Design
ECE466 - Advanced Computer Architecture
ECE467 - Introduction to VLSI Design
ECE468 - Analog and Mixed Signal VLSI Design
ECE469 - Computer Systems Design
ECE491 - Seminar
ECE493 - Special Problems
ECE510 - Advanced Network Analysis
ECE513 - Advanced Analog Filter Synthesis
ECE515 - Image Analysis and Computer Vision II
ECE516 - Adaptive Digital Filters
ECE517 - Digital Image Processing
ECE520 - Electromagnetic Field Theory
ECE521 - Computational Electromagnetics
ECE522 - Advanced Microwave Theory
ECE523 - Advanced Antenna Engineering
ECE526 - Electromagnetic Scattering
ECE527 - Optical Electronics
ECE528 - Fiber and Integrated Optics
ECE530 - Random Signal Analysis
ECE531 - Detection and Estimation Theory
ECE532 - Advanced Digital Communications
ECE533 - Advanced Computer Communication Networks
ECE534 - Elements of Information Theory
ECE540 - Physics of Semiconductor Devices
ECE541 - Microelectronic Fabrication Techniques
ECE542 - Advanced Semiconductor Devices
ECE545 - Advanced Power-Electronics Design
ECE550 - Linear Systems Theory and Design
ECE551 - Optimal Control
ECE552 - Nonlinear Control
ECE553 - System Identification
ECE559 - Neural Networks
ECE560 - Fuzzy Logic
ECE565 - Physical Design Automation
ECE566 - Parallel Processing
ECE567 - Advanced VLSI Design
ECE568 - Advanced Microprocessor Architecture and Design
ECE569 - High-Performance Processors and Systems
ECE572 - Nanoscale Semiconductor Structures: Electronic and Optical Properties
ECE594 - Special Topics
CSXYY - Computer Science Elective Class