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Upon completion of the study programme, the graduate possesses the following:

Knowledge:
- Knows the basic mathematical and physical concepts used in Engineering.
- Knows and explains the operation of electrical and electronic circuits.
- Knows the basic principles of modelling physical systems, of technical control and of stability of closed loop systems.
- Knows programming technologies and acquires basic knowledge of logic circuits and microprocessors.
- Knows issues of electromechanical installations in buildings and industrial environments.
- Knows the electricity systems (generation, transmission and distribution), as well as renewable energy technologies.
- Knows issues on electrical machinery, power electronics and electric drive systems.
- Knows issues of illumination design and ohmic and inductive heating.

Skills:
- Describes the operation of electrical and electronic circuits-devices.
- Describes the operation of power systems (generation, transmission and distribution).
- Describes the operation of automatic control systems with an emphasis on electric drive.
- Develops automation with microcontrollers and PLCs for building and industrial applications.
- Implements assemblies of electrical machinery (transformers and dc / ac motors / generators).
- Analyses and describes the operation of electrical equipment protection systems.
- Conducts and evaluates measurements of electrical quantities.
- Evaluates the operation of electric systems and the quality of electric power.

Capacities:
- Supports and maintains power systems (generation, transmission and distribution).
- Studies, plans and maintains electrical installations for building and industrial sectors.
- Studies, plans and maintains automation with microcontrollers and PLCs for building and industrial applications.
- Studies, plans and maintains renewable energy installations.