1. Introduction, basic concepts and relations of engineering networks.
2. Concept of water mains, systems, sources, their protection, networks, water reservoirs, connections.
3. Concepts of sewerage, sewage, network systems, sewage treatment plants, connections, cesspools.
4. Calculations of water mains.
5. Sewerage network calculations.
6. Theory of network graphs, topology of utility networks, their loads and flow modes.
7. Principles of dealing with rainfall problems
Section 2 - Energy networks and resources, electronic communications
8. Concept of electricity supply, system, connections
9. Concept of gas supply, types of gas, system, connections.
10. Heat supply concept incl. hot water, fuel, sources, systems, connections.
11. Concepts and types of electronic communications.
12. Selected common objects on networks of electric, gas, hot-water.
13. Production of energy from renewable sources. Calculations for power engineering.
14. Protective and safety bands for power and communications.
2. Concept of water mains, systems, sources, their protection, networks, water reservoirs, connections.
3. Concepts of sewerage, sewage, network systems, sewage treatment plants, connections, cesspools.
4. Calculations of water mains.
5. Sewerage network calculations.
6. Theory of network graphs, topology of utility networks, their loads and flow modes.
7. Principles of dealing with rainfall problems
Section 2 - Energy networks and resources, electronic communications
8. Concept of electricity supply, system, connections
9. Concept of gas supply, types of gas, system, connections.
10. Heat supply concept incl. hot water, fuel, sources, systems, connections.
11. Concepts and types of electronic communications.
12. Selected common objects on networks of electric, gas, hot-water.
13. Production of energy from renewable sources. Calculations for power engineering.
14. Protective and safety bands for power and communications.