25th - 27th Feb 2026 / Online
| COURSE OUTLINE | |
| DAY 1 - Marine Vessel Sensors, Instrumentation & Automation | |
| Session 1: Fundamentals of Marine Sensors | |
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- Types of sensors: . pressure . temperature . flow . sonar . navigation . environmental . safety - Principles of operation & classification society standards . IMO . IEC . DNV basics |
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| Session 2 : Sensors in Vessel Operations | |
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- Applications in engine monitoring, ballast & cargo systems, navigation & communication, safety monitoring - Real-world case studies |
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| BREAK | |
| Session 3 : Instrumentation Architecture | |
| - Signal conditioning, transmission & calibration
- Overview of instrumentation systems on modern vessels |
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| Questions & Discussion | |
| DAY 2 - Control & Automation in Marine Systems | |
| Session 4 : Instrumentation & Control Systems | |
| - Control loops (temperature, propulsion, pressure, flow)
- PLCs, SCADA & alarm systems in marine applications |
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| Session 5 : Marine Automation Systems | |
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- Integrated Automation Systems (IAS) - Power Management Systems (PMS) - Propulsion automation & basics of Dynamic Positioning (DP) |
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| BREAK | |
| Session 6 : Data Acquisition & Monitoring | |
| - Data logging, dashboards, and real-time monitoring
- Introduction to MATLAB / LabVIEW / Python for marine data processin |
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| Questions & Discussion | |
| Day 3 – Practical Insights, Maintenance & Future Trends | |
| Session 7: Troubleshooting & Maintenance | |
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- Common sensor & automation failures - Calibration practices & diagnostic approaches - Preventive vs. predictive maintenance |
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| Session 8 : Case Studies & Applications | |
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- Fault analysis scenarios - Offshore & naval applications - Hands-on/demonstration |
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| BREAK | |
| Session 9 : Future of Marine Instrumentation & Automation | |
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- Smart ships & IoT applications - Digital twins in ship monitoring - Green shipping technologies & sustainability regulations |
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| Questions & Discussion | |
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Our Trainer has an extensive background in the field of Marine Insurance. Holding a Ph.D. in Actuarial Science and an MSc in Shipping, Trade & Finance from Sir John Cass Business School, The City University, London, UK, and a BSc (Hons.) in Economics from the University of Athens, he brings a wealth of knowledge to his role. Since March 2008, he has served as a visiting lecturer on Marine Insurance at Frederick University, Cyprus, and since March 2016 at the MSc of International Shipping, Finance and Management of the Athens University of Economics and Business, Greece. Additionally, he is a member of the Piraeus' Professionals Chamber, the Cyprus Statistical Society, and the US Propeller Club, Port of Piraeus. His research in Marine Insurance, with a focus on areas such as Piracy, Fishing Vessels, Ferries, etc., has been widely recognized and has been presented at various professional and academic conferences. His work has also been published in journals and the press.
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| Early Bird | Full Fee | |
|---|---|---|
| Early Bird ends on 28th Nov 2025 or First 5 Seats |
Euro 699 | Euro 999 |
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The ideal audience for training in Marine Vessel Sensors, Instrumentation & Automation comprises technical professionals and managers who are directly responsible for designing, operating, integrating, or maintaining marine sensors, instrumentation, and automation systems. This includes engineers, technicians, R&D specialists, and supervisory personnel across industries such as shipbuilding, marine automation, offshore energy, shipping operations, defense, and marine research. These participants benefit from hands-on and practical training that enhances operational efficiency, compliance, and the adoption of advanced automation technologies.
* Shipbuilding & Marine Engineering – Shipyards, vessel design, and ship repair companies.
* Marine Equipment & Automation Systems – Manufacturers and integrators of sensors, control, and monitoring systems.
* Shipping & Fleet Operations – Commercial shipping, logistics, and vessel management companies.
* Offshore Energy (Oil, Gas & Renewables) – Offshore platform operators, EPC contractors, and maintenance service providers.
* Defense & Naval – Navies, coast guards, and defense contractors working on marine systems.
* Marine Research & Survey – Oceanographic institutes, R&D labs, survey, and data analytics companies.
Profiles:
* Marine Engineers & Technicians – Responsible for installation, calibration, and maintenance of onboard sensors and instrumentation systems.
Instrumentation & Control Engineers – Design, integrate, and troubleshoot automation and monitoring systems.
* Electrical & Electronics Engineers – Handle signal conditioning, wiring, and integration of PLC/SCADA systems.
* Automation & Control System Managers – Oversee Integrated Automation Systems (IAS), Power Management Systems (PMS), and cybersecurity of marine control systems.
* R&D Engineers & Technical Specialists – Develop new marine sensors, automation technologies, and smart vessel solutions.
* Vessel Superintendents & Fleet Managers – Monitor performance, compliance, and reliability of instrumentation across fleets.
* Maintenance & Reliability Engineers – Implement preventive and predictive maintenance programs using sensor data.
* Energy & Offshore Operations Staff – Manage instrumentation and automation for offshore platforms and vessels.
* Training & Competence Development Managers – Plan and deliver technical training for staff in marine automation and instrumentation.
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