1.The ability to apply specialized conceptual knowledge, including modern scientific achievements, as well as a critical understanding of modern problems in the field of design and maintenance of ship electrical equipment and automation tools to solve complex problems of professional activity.

2. The ability to manage and organize the work of subordinates and make optimal decisions in difficult operating conditions, taking into account the requirements of quality, reliability, as well as deadlines of jobs, life safety and environmental safety.

1. Purpose and objectives of the course. Purpose and main functions of dynamic positioning systems (DPS). A brief history of the development of the SDP.
2. Main types of dynamically positioned maritime objects. Typical structure and main components of DPS.
3. Basic principles of dynamic positioning, external influences and system feedback. Mathematical model of the ship. Positioning errors.
4. Main types of DPS propulsion equipment.
5. Methods of UPS implementation for DPS. Network and auxiliary equipment of DPS.
6. DPS reference systems. The system for determining the position of the vessel.
7. The system of determining the ship's course. The system for determining environmental parameters.
8. Underwater positioning systems. Optical positioning systems.
9. Comparative analysis of DP systems of different manufacturers: Alstom, Kongsberg, Nautronix, Converteam, Marine Technology, Praxis, Navis, etc.
10. Practical usage of the DP system. Basic operations of dynamic positioning. DPS settings. Possible operator’s errors and DPS malfunctions.
11. Requirements of classification societies and international standards for certification of DPS personnel. The main rules of operation in DP mode at maritime objects.
12. Responsibilities of DPS maintenance electrical personnel. Rules of filling out the DPS operational documentation.