PhD Courses

  • FEL3210, Multivariable Feedback Control Systems (8.0 hp)

  • FEL3330, Networked and Multi-Agent Control Systems (7.5 hp)

  • FEL3230, Hybrid Control Systems (7.5 hp)

  • FEM3220, Matrix Algebra (10.0 hp)

  • EL3300, Convex optimization with engineering applications (6.0 hp)

  • EL2700, Model Predictive Control (7.5 hp)

  • Probabilistic Verification and Synthesis (2.0 hp)

  • EECI, Distributed Control and Computation (3.0 hp)

  • EECI, Nonlinear Model Predictive Control (3.0 hp)

  • EECI, Hybrid Feedback Control Systems: Analysis and Design (3.0 hp)

  • FLH3000, Basic Communication and Teaching (3.0 hp)

  • FAK3015, The Sustainable Scientist (2.0 hp)

  • FAK3014, Theory and Methodology of Science (3.0 hp)

  • FDS3103, Introduction to Scientific Writing (2.0 hp)

MSc Courses

  • Digital Control Systems

  • Electirc Measurements

  • Optimization Systems

  • Industrial Installations

  • Control Systems for Robotics

  • Automation Manufacturing

  • Transportation Systems

  • Smart Materials

  • Multivariable Control Systems

  • Intelligent Systems For Robotics

  • Sensors

MEng Courses

  • Mathematical Analysis (Functions of one Variable)

  • Linear Algebra

  • Introduction to Computer Programming

  • Physis I (Mechanics)

  • Electrical Design

  • History of Scientific andn Philosofical Ideas

  • Introduction to Materials

  • Physics II (Electromagnetism)

  • Mathematical Analysis II (Functions of Several Variables and Vector Analysis)

  • Digital Systems Design

  • Programming Techniques

  • Introduction to Eletric Circuits

  • Political Economy

  • Ordinary Differential Equations

  • Physics III (Waves and Quantum Physics)

  • Mechanics (Kinematics and Dynamics of Rigid Bodies)

  • Electronic Materials

  • Numerical Analysis

  • Probability Theory and Statistics

  • Electric Measurements (Classic)

  • Electric Measurements (Electronic and Digital)

  • Introduction to Telecommunications

  • Signals and Systems

  • Complex Analysis - Partial Differential Equations

  • Electronis I

  • Electromagnetic Fields

  • Intoduction to Computer Science

  • Electromagnetic Fields II

  • Stochastic Systems and Communications

  • Advanced Circuit Theory

  • Laboratory of Industrial Electronics

  • Introduction to Automatic Control

  • Introduction to Electric Energy systems

  • Computer Architecture

  • Control Systems Design

  • Digital Signal Processing

  • Numerical MEthods for Differential Equations

  • Modulation and Transmission Systems

  • Microwaves

  • Communication Networks

  • Queuing Systems

  • Mathematical Logic for Computer Science

  • Antennas

  • Photonic Technology in Telecommunications

  • Computer Networks

  • Robotics I: Analysis - Control - Laboratory

  • Multidimensional Systems

  • Wireless Links and Propagation

  • Applied Mathematics - Calculus of Variations

  • Optimization Techniques and Control Applications

  • Computer Systems Performance

  • Stochastic Time Series Analysis

  • Computer Vision

  • Electromagnetic Propulsion and Levitation

  • Control Systems of Electric Motors

  • Optimal Control and Applications

  • Radar Systems and Remote Sensing

  • Broadband Networks

  • Mobile Communication Systems