Engine Room, Technical & Automation
ERM / ERS — Engine Room Resource Management
Improve engine-room communication, teamwork, and decision routines—especially during abnormalities and time pressure. Outcomes: cleaner handovers, fewer human-factor failures, and stronger response discipline.
Marine Automation Systems
Understand automation architecture and operating logic to troubleshoot safely and handle alarms correctly. Outcomes: faster fault recognition, safer overrides, and improved alarm-response discipline.
NABCO — ME Manoeuvring & Bridge Coordination
Bridge–engine alignment for manoeuvring: clear command loops, timing, and critical controls during port operations. Outcomes: fewer manoeuvring errors, stronger communication discipline, and improved safety in high-risk phases.
Air Compressor & Purifier Systems
Operational discipline and preventive routines for critical auxiliaries—starting, monitoring, and common failure prevention. Outcomes: reduced breakdowns, better parameter control, and stronger planned maintenance habits.
Engine Performance Optimization
Practical routines to improve efficiency and stability without unsafe shortcuts—monitoring, trend control, and early deviation detection. Outcomes: better parameter discipline, fewer avoidable alarms, and more consistent performance.
Marine Fuel Management
Fuel handling routines that reduce contamination risk and operational disruptions—sampling, transfers, segregation, and documentation. Outcomes: fewer fuel-related incidents, better transfer discipline, and cleaner evidence for compliance.
Marine Hydraulics
Hydraulic fundamentals + real onboard fault patterns, with safe isolation and maintenance routines. Outcomes: faster troubleshooting, fewer repeat leaks/failures, and safer maintenance execution.