AUTOMATION AND CONTROL
Linear Computational Algebra - 45 hours (3 credits)
Analysis of Linear Systems - 45 hours (3 credits)
Analysis of Linear Parameter Varying Systems - 45 hours (3 credits)
Robust Control - 45 hours (3 credits)
Optimal Control - 45 hours (3 credits)
Supervisory Control of Discrete Event Systems - 45 hours (3 credits)
Discrete Control Systems - 45 hours (3 credits)
Multivariable Systems - 45 hours (3 credits)
Nonlinear Systems - 45 hours (3 credits)Control Systems Theory - 45 hours (3 credits)
APPLIED ELECTROMAGNETISM
Antennas - 45 hours (3 credits)
Propagation Channel - 45 hours (3 credits)
Physics of Microwave Semiconductor Devices - 45 hours (3 credits)
High Frequency Measurements - 45 hours (3 credits)
Numerical Methods in Electromagnetism - 45 hours (3 credits)
Passive Microwave Microcircuits - 45 hours (3 credits)
Electromagnetic Waves Propagation - 45 hours (3 credits)
Optical Communications Systems - 45 hours (3 credits)
Advanced Electromagnetic Theory - 45 hours (3 credits)
Theory and Project of Microwave Linear Active Circuits- 45 hours (3 credits)
SIGNAL PROCESSING
Linear Computational Algebra - 45 hours (3 credits)
Classical Detection and Estimation - 45 hours (3 credits)
Adaptive Filtering - 45 hours (3 credits)
Digital Signal Processing - 45 hours (3 credits)
Stochastic Processes I - 45 hours (3 credits)
Stochastic Processes II - 45 hours (3 credits)
Image Processing - 45 hours (3 credits)
Techniques and Standards for Video Encoding - 45 hours (3 credits)
Information Theory - 45 hours (3 credits)
Digital Transmission - 45 hours (3 credits)