OUR TEAM

TRAINER

One (1) simulator replicating the engine

control functions installed on the bridge, one (1) simulator loaded with the engine control room functions and two (2) simulators displaying the engine room operations are guided by one full mission instructor station. The seminar participants are optically and acoustically separated and deal with the relative situation as imposed by the instructor, by means of their equipment and through available communication channels.

This constellation enables that the syllabi for the management courses for bridge and engine control are being combined and exercised in a team, as it is in reality on board.

 


OUR MOBILE

SIMULATOR

Another unique feature only from PROFOUND-MASTER: Portable Full Mission Ship Engine Simulators with audio/visual complement for classroom presentation, teaching and/or lecturing are available for any application or utilization at site. This means savings on money travel, lodging, daily expenses and extended safety for the students. We are offering these simulators also on a lease basis, monthly up to yearly, tell us what you need.


OUR COURSES

OFFERED


COURSES

OBJECTIVE

For whoever trainee will accomplish this course, shall successfully have the comprehension of the national/international rules and regulations applicable to Maritime Security, understanding of foregoing and contemporary security menace and pattern to be able to perform the connoted accountabilities and obligations as ship security officer, as explained in section A/12.2 of the ISPS Code.



OUR

PROGRAMMES

Learning Objectives according to STCW Code Table A-III/1:
  • Maintain a safe engineering watch;
  • Operate main and auxiliary machinery and associated control systems;
  • Operate pumping systems and associated control systems;
  • Maintain marine engineering systems, including control system.

Learning Objectives according to STCW Code TableA-III/2:
  • plan and schedule operations;
  • start up and shut down main propulsion and auxiliary machinery including associated systems;
  • operate, monitor and evaluate engine performance and capacity;
  • manage fuel and ballast operations;
  • operate electrical and electronic control equipment;
  • test, detect faults and maintain and restore electrical and electronic control equipment to operating condition;
  • detect and identify the cause of machinery malfunctions and correct faults.