Based on the analysis of ship automated installations and processes, understand the principles of integration of ship systems and complexes, torology of industrial networks and network segmentation.

Be able to choose the protocol and hardware for building a network, set the ad-response of network nodes and distribute roles between nodes.

Be able to use the fieldbus for remote control of electric drives and other actuators using PLCs.

Be able to use and formulate requirements for the dispatching and control system. Choose, debug HMI, SCADA.

Be able to use OPC technology to integrate equipment from different manufacturers.

1. Basics of automation of ship electric power and electromechanical installations and complexes.
2. Ship industrial networks: basic information and concepts. Purpose, characteristics, classification and structure of modern industrial networks. Horizontal and vertical communication. Network topologies. Levels of the industrial network. Requirements for industrial networks.
3. Industrial networks Modbus, CANopen, Ethernet, remote control network. Data exchange between network nodes. Remote control of ship electric power and electromechanical installations and complexes and actuators.
4. Human-Machine Interface (HMI). General information. Software development tools for HMI panels. Handling alarms and accidents. Debugging applications for HMI panels.
5. Information collection and processing systems, operator control and data collection. Methods for synchronizing the operation of equipment. Programming the operation of network equipment at low and high levels. Use macros.