Steering Simulator For Helmsman - SSH

STEERING SIMULATOR FOR HELMSMAN - SSH

‘SSH” Steering Simulator for Helmsman is designed to train ratings forming part of a navigational watch on seagoing and river vessels. The simulator will:

train ratings to gain competence, knowledge, understanding & professionalism needed for the function Navigation at the support level (columns 1 & 2 of Table A-II/4 of STCW Code)
demonstrate competence obtained from training or approved in-service experience (column 3 of Table A-II/ 4 of the STCW Code)
evaluate competence in accordance with the criteria listed in column 4 of Table A-II/4 of the STCW Code

KNOWLEDGE AND SKILLS COVERED

1. Steer the ship & comply with helm orders in the English language
1.1. Helm orders in national language
1.2. Helm orders in the English language
1.3. Change-over to automatic pilot steering
1.4. Change-over to hand steering
1.5. Hand steering in tracking mode
1.6. Hand steering in manual mode

2. Keeping a proper look-out by sight & hearing
2.1. Detecting objects in daylight
2.2. Detecting objects by night

3. Contribute to monitoring & controlling a safe watch
3.1. Procedures to intercession on watch
3.2. Procedures for maintaining a watch
3.3. Procedures for handing over watch
3.4. Training procedures for watch relief

SIMULATED MODELS

ACTIVE MODELS

3 merchant vessels over 4100 GRT

TARGET MODELS

3 merchant vessels over 4100 GRT

Cutter, Motor boat, Sailing Yacht, Waverunner, Marine Patrol Vessel, FRB, Liferaft

EXERCISE AREAS

Narrow passage
Port approach
Inland waterway with one-way traffic
Inland waterway with oncoming traffic
Inland waterway with access to the sea
Sea area

CONFIGURATION

The simulator consists of Instructor WorkPlace (IWP) software and one or several Students WorkPlaces (WPS) which can be in base or compact configuration.

Base configuration includes steering stand with built-in steering wheel, sensor control panel and visualization on projection apparatus or LCD panel(s). Compact configuration includes software and visualization of the area with joystick and mouse steering.

The Student Workplace(s) can be extended to include the simulators “SCS” Small Craft Simulator and “SRV” Complex Survival Craft Simulator, which can all be managed from one Instructor Workplace

THE INSTRUCTOR WORKPLACE (IWP)

The instructor workplace provides…

Choice of excercises containing…

area of navigation
hydrometeorological conditions
time of day
positioning & trajectory of target vessels
overload situations
adjusting the initial exercise parameters:
changes to navaids
changes to wind strength & direction, visibility, precipitation, wave height, time of day
adding new target vessels
model selection & positioning of student ships (active vessels)
visual control – with the help of virtual cameras it is possible to observe any part of the navigation area and the bridge of the active ship from any angle
active management of the students vessel
recording of the exercise for debriefing

THE STUDENT WORKPLACE (WPS)

binoculars
Visualization of the surrounding area
Admiralty AIO, TotalTide & e-Navigator compatible
Voyage data replay for incident analysis
Autopilot control
Type-specific Familiarisation: onboard, ashore, via internet
Radar image overlay unit – simple to retro-fit
Remote diagnostics
Pay As You Sail chart option
Single ECDIS easily upgradeable to dual via network cable
Weather information/ routing: links to MeteoGroup’s Ship Performance Optimisation System (SPOS)

US COASTGUARD COMPLIANCE

To conform to US Coast Guard recommendations (MERPAC Recommendations on the specifications for simulators to be used to train and/or assess applicants for certification as an RFPNW), the following faults can be injected from the Instructor Workplace:

1. Gyro-compass, steering pump & steering motor failure
2. Steering alarms

ARPA guard ring intrusion
gyro-compass failure
smoke and/or heat detectors
running light panel
steering pump & motor failures