Know the modern achievements in marine engineering to ensure the reliability of ship  equipment and safety at sea;

Know the power distribution schemes construction principles  in ship power electrical plants (SEPPs) and their control systems (CS), parameters and indicators of reliable operation of SEPPs;

Know the circuit-technical solutions and the elemental base of modern SEPPs;

Know the main dependencies and formulas for determining the necessary parameters of SEPPs;

The ability to read single-line schemes of the SEPPs, depending on their purpose;

The ability to determine the interchangeability of individual scheme elements;

Understand the dangers and know the precautions necessary for the operation of power systems with a voltage higher than 1000 V;

Know the technologies of high-voltage SEPPs;

Know electrical safety tools and procedures;

Know the systems of generation and distribution of electricity in the SEPPs with a voltage of more than 1000 V;

Know the design characteristics of high-voltage plants, control devices and system configuration of electric motors operational control equipment;

Know the diagnostic methods of and troubleshooting electrical, electronic control equipment and monitoring systems of ships’ high-voltage plants;

Know the structures and methods of controlling multi-level high-voltage cascade frequency converters in regular and emergency situations;

To know the electrical plants of the electric drive for ships’ propulsion complexes, electric motors, energy converters and control systems;

The ability to carry out safe operation, maintenance, diagnosis and troubleshooting of electrical and electronic control equipment and monitoring systems of ships’ high-voltage systems;

The ability to optimize work modes, developing the strategy for the use and technical maintenance for the SEPPs;

The ability to organize the collect, summarize and analyze information on the technical condition, environmental and operational characteristics of types of SEPPs during their operation and maintenance;

The ability to develop recommendations for the improvement of SEPPs;

The ability to debug protection, check blocking, etc.;

The ability to carry out computer modeling of specific schemes of the SEPPs in order to evaluate their parameters and the quality of electricity.

1. Design and configuration features of modern ship electrical power plants;
2. Features of the design and configuration of the management and control system of electric machines;
3. Troubleshooting of electrical and electronic control equipment of ship electrical power plants;
4. Design characteristics of high voltage power electrical plants.