Lectures:
- Technical standardization, types and purpose of standards, accreditation and harmonization of standards, preferred numbers and numerical series used particularly in electrical engineering.
- Dimensioning on technical drawings: dimension lines, dimensioning methods, dimensioning principles, manufacturability. Designation of technical materials, specification of materials and semi-finished products, component surface quality, roughness, and surface treatments.
- Fundamentals of representation, axonometry, orthographic projection, scales, sections and cross-sections, cross-section marking, partial sections, view breaks, details, intersections, and simplifications.
- Electrical engineering diagrams and symbols; classification based on drawing method and purpose (block diagrams, circuit diagrams, layout diagrams, equivalent circuit diagrams, wiring diagrams, single-line and multi-line diagrams, etc.).
- Electrical installation diagrams for buildings and equipment, installation components and their symbols (switches, circuit breakers, residual current devices, luminaires, sockets, etc.), and basic procedures for electrical installation design.
- Standards for the design and documentation of structured cabling systems and fiber-optic links.
- Standards and documentation regarding Printed Circuit Board (PCB) design.
- Computer-aided processing of technical documentation and software tools (Fusion, AutoCAD, ProfiCAD, etc.).