Systems and Control

Admission - Bachelor

Systems and Control (in English)

The Systems and Control postgraduate master programme is for graduates of Bachelor studies that have basic knowledge of automatic control and wish to deepen research directions aimed at:

  • modeling, simulation, identification, analysis and design of automatic control systems using advanced methods;
  • design, implementation, testing, operation and maintenance of digital and analog equipment for advanced automatic control;
  • software applications for implementing control algorithms using programming tools, artificial intelligence techniques and advanced technologies.

Year 1

1st semester2nd semester
Embedded Systems Hybrid Intelligent Systems
System-Theory for RoboticsIntegration Project Systems and Control
Bond Graph Language in Physical ModelingNonlinear Dynamics
Agile Software DevelopmentKnowledge Representation and Reasoning
Web Technologies in Communications and ControlNumerical Experimental Approach in Structural Dynamics
Ethics and integrity

Year 2

1st semester 2nd semester
Project ManagementResearch for Master's Thesis
Fault Detection and Diagnosis
Visual Servoing Control Systems
Modeling and Predictive Control

Curriculum for master studies in Systems and Control:

Mode of study – full-time

Learning outcomes (as in the diploma supplement)

Professional outcomes

  • Operation with advanced concepts from systems theory and automatic control, computer science, artificial intelligence and information and communication technology.
  • Use of computer aided advanced methods, of modeling, simulation, identification, analysis and design of the automatic control systems.
  • Design, implementation, testing, use and maintenance of the systems with general use and dedicated equipment, numerical and analogical, of the advanced structures within the field of automatic control.
  • Development of complex software application for the implementation of some algorithms and control structures using programming environments, artificial intelligence techniques and advanced technologies (microcontrollers based systems, signal processors, programmable automata).

Transversal outcomes

  • Application in the context of compliance with the legislation, of intellectual property rights (including technological transfer), of the methodology for product certification, of the principles, norms and values of the code of professional ethics within their own strategies.
  • Application of relationship techniques and effective group work: development of the empathic capacities of interpersonal communication and of assuming roles/leading positions within a specialized team.
  • Creating opportunities for continuous training and the effective use of learning resources and techniques for their own development.