ECTS
ECTS Course Catalogue
Course details
Course code: ICSS10179o13Semester: 2013/2014 winter
Name: Electrotechnics
Major: Safety Engineering
Study Type: first cycle
Course type: compulsory
Study Semester: 1
ECTS points: 1
Hours (Lectures / Tutorials / Other): 15 / 15 / 0
Lecturer: dr Danuta Skalska
Language of instruction: Polish
Learning outcomes: Knowledge; Understand the basic laws of electrical circuits for AC and DC, knows the principles and methods of basic and additional shock protection and has a general knowledge of the basic risks; understands the fundamental rights and principles of universal powered devices (one, two and three-phase); knows the basic protection against short circuit, overload, phase loss, wrong phase sequence, etc. and understand the principles of operation; knows the principle of operation of engines, one, two and three-phase transformers, etc.; understand basic metrology systems enable measurements of electrical parameters, understand the rules of selection of instruments and their proper use; understand the principle of operation of selected energy-efficient light sources and their use as replacements for traditional light bulbs. Skills; Can solve analytically simple circuits, different methods, can determine the efficiency of selected electrical equipment; able to recognize and identify (to predict the effects of threats) and prevent (limit) their presence in the workplace (operation of powered devices) assessing occupational risk through the inappropriate security, etc.; can choose the basic measurement systems for measuring electrical parameters of size and apply it correctly (measuring current, voltage, power and energy); know how to assess the correct installation and operation of electrical equipment (electronic) in modern technology and agriculture. Social competencies (attitudes); Demonstrates understanding of the importance of the availability of electricity for the development of technical progress and civilization, is aware of the responsibility for the efficient and rational use of electricity for energy-efficient consumer of electrical equipment and their normal starting and control.
Competences:
Prerequisites: Mathematics, Physics
Course content: Parameters of electric circuits. The electric fields and interaction. Magnetic field theory. Magnetic induction. Electromagnetism. Land-measuring electric of direct and alternating current. Three-phase current. Electric machine and transformers. The illumination and the clarifies. Basic and additional against electric shock. Basic electronic circuits
Recommended literature: 1. Franciszek Przeździecki: Electrical engineering and electronics laboratory. WSiP W-wa 1995. (Redaction 2005). 2. The collective work: Electrical and electronics for no electricians. WNT W-wa 2004. 3. Bogdan Miedziński: Electrotechnics. Fundamentals and electrical systems. PWN W-wa 2000. 4. Stanisław Bolkowski: The theory of electrical circuits. WNT W-wa 2001.
Assessment methods: assessment of laboratory exercises, lectures credit – test
Comment: