Electrical and automation engineering

Electrical sources and circuits. Electrical energy and power. Direct and alternating currents. Multiphase systems, electrical machines and transfer systems. Measurements and measuring instruments. Electricity supply network and electrical safety. Digital control, instrumentation technology, automatical control systems, and process control.

Learning outcome:
After completing the subject, students will have the following aggregate learning benefits:

Knowledge:
The topic should provide basic knowledge about electrical equipment, automated facilities, steering and regulatory techniques, and understanding simple regulators. The candidate will be aware of an industrial robots ' structure and function principles.

Skills:
should be able to calculate simple electrical circuits and consider electrical equipment for mechanical constructions. Should be able to know the structure and programming methods of an industry robot, program the PLC, and have the skills of process regulation.

General competence:
The candidate should be able to convey and communicate various issues and solutions within the field of expertise, to different audiences both written and oral.

Lectures, exercises and laboratory.