Understanding Operational Amplifiers and Digital Control: Basic electronic concepts behind automatic signal control, regulation, and feedback in shipboard systems.
Shipboard Automation: DCS, IAS & Field Communication: Learn how systems like Distributed Control Systems (DCS), Integrated Automation Systems (IAS), HART, and Fieldbus work in real maritime contexts.
Modbus Protocol & Communication Theory Simplified: Practical understanding of how marine equipment “talks” to each other—and how Modbus supports it.
Introduction to Fuzzy Logic Control: Smart control for non-linear processes—explained clearly with maritime applications.
PLC Fundamentals & Their Advantages at Sea: Learn the core logic behind Programmable Logic Controllers, and why they replaced traditional control methods onboard.
Types of PLCs & Key Hardware Components: Covers I/O cards, CPU, memory, power supply, communication ports—what they are and how they function.
Understanding PLC Inputs and Outputs: Sinking/sourcing logic, interfacing components, and signal interpretation made easy.
Controller Output & Interface Modules: Explore how PLCs manage physical devices like pumps, valves, compressors, and alarms using smart control.
PLC Communication and Process Control in Action: Real examples of how PLCs control sequential marine processes with consistent accuracy and safety.
Program Logic & Troubleshooting Concepts: Basics of control logic, ladder diagrams, and how to approach PLC problems like a pro—even if you’re not a programmer.