1. Technical standardization and its purpose; Types of standards; Preferred numbers and number series; Standards for design and documentation of structured cabling and optical routes.
2. Electrical diagrams and symbols; The division according to the method of drawing and according to the purpose of use (block diagram, circuit diagrams, situational diagrams - e.g. representation of insulation, windings, etc.).
3. Dimensioning on technical drawings: Dimensioning lines; Methods of dimensioning; Principles of dimensioning; Technological processes. Marking of technical materials; Prescribing of materials and semi-finished products; Surface quality of components; Roughness, and surface treatment.
4. Wiring diagrams of buildings and equipment; Elements of wiring and their signs (two-way switches, circuit breakers, protectors etc.); Basic procedures for electrical installation design.
5. Basics of reading distribution network plans (electricity / water / heating / etc.), and situational plans of cities and municipalities (build-up area, transport infrastructure, conditions of network coexistence).
6. Basics of imaging; Axonometry; Rectangular projection; Scales; Sections and cross-sections and their marking; Partial sections; Image interruption, Details; Simplification.
7. Computer processing of technical documentation; SW tools (CAD, Eagle and others).
2. Electrical diagrams and symbols; The division according to the method of drawing and according to the purpose of use (block diagram, circuit diagrams, situational diagrams - e.g. representation of insulation, windings, etc.).
3. Dimensioning on technical drawings: Dimensioning lines; Methods of dimensioning; Principles of dimensioning; Technological processes. Marking of technical materials; Prescribing of materials and semi-finished products; Surface quality of components; Roughness, and surface treatment.
4. Wiring diagrams of buildings and equipment; Elements of wiring and their signs (two-way switches, circuit breakers, protectors etc.); Basic procedures for electrical installation design.
5. Basics of reading distribution network plans (electricity / water / heating / etc.), and situational plans of cities and municipalities (build-up area, transport infrastructure, conditions of network coexistence).
6. Basics of imaging; Axonometry; Rectangular projection; Scales; Sections and cross-sections and their marking; Partial sections; Image interruption, Details; Simplification.
7. Computer processing of technical documentation; SW tools (CAD, Eagle and others).