Semestre 3

Fundamental Electrical Engineering 1 provides essential foundations for understanding modern power systems and electrical devices. Students master Ohm's Law (V=IR), Kirchhoff's circuit laws for network analysis, and AC/DC distinctions with RMS calculations, enabling circuit solving across residential (single-phase 230V) and industrial (three-phase 400V) applications.​

The course covers transformer operation via electromagnetic induction, voltage transformation ratios, efficiency testing (no-load/short-circuit), and single-phase motor starting methods like capacitor-start and shaded-pole designs, contrasting with efficient three-phase motors. Power calculations unify DC (P=VI) and AC systems (P=√3 V_L I_L cosφ for balanced three-phase), emphasizing power factor correction for optimal efficiency.​

Practical applications span household appliances, distribution transformers, and industrial drives, building skills for telecommunications power supplies and electrotechnics (TS322 module). Mastery equips engineers to analyze, design, and troubleshoot real-world electrical systems effectively.​

Je comprends que vous souhaitez partager le cours "Fundamental Electrical Engineering 1" sur une plateforme Moodle. Permettez-moi de vous aider à organiser et préparer le matériel pédagogique pour le téléchargement.