Fundamentals of Electrical Engineering

Know for planning and designing electrical and lighting, energy saving and efficiency, communications, home automation and intelligent buildings and security facilities. Have sufficient criteria to search and select the appropriate material that is part of the electrical, telecommunications, home automation and intelligent and Security buildings facilities. Know the constructive, functional and operational characteristics of electrical, telecommunications, home automation and intelligent and Security buildings facilities. Know how to perform verification and control of electrical, telecommunications, home automation and intelligent buildings and Security facilities, in order to perform certifications and audits. Consult and apply regulations codes. Prepare a technical project for the design of an electrical, lighting, energy saving and efficiency, telecommunications, home automation and intelligent or Security buildings facility.

1. Introduction: Three-phase distribution systems. 2. Medium voltage switchgear. Transformation centers. 3. Reactive power compensation. Practical exercises. 4. Liaison facilities. Indoor facilities Calculation of sections. 5. Low voltage switchgear: Protections (switches, circuit breakers, differentials). 6. Electrical pipes. Grounding facilities in buildings. Protection against indirect contacts. 7. Light sources: Incandescent and discharge lamps. Luminaires and associated equipment. Photometric characteristics Rules and regulations in lighting technology. Special lighting Lighting projects. 8. Installation automation: topology and programming of the EIB Bus. Applications Control lighting, temperature, etc. Building and security facilities monitoring. 9. Smart homes and buildings. Telecommunications facilities: television, telephony, data networks, AMR. 10. Inspection and certification of electrical and electronic installations in buildings.

Formation activities: * Theoretical classes. Master Exhibitions (0.4 ECTS) * Kinds of problems. Classroom exercises to understand the agenda. (0.6 ECTS) * Practice in classroom facilities. (0.03 ECTS) * Individual student work. (1.97 ECTS) Teaching methodologies: Preparatory and previous work of the student, master classes, practical sessions, laboratory practice. Development of the design of an electrical, lighting, energy saving and efficiency, telecommunications, home automation and intelligent or Security buildings facility.