Designed for hands-on training in the measurement, control, and troubleshooting of industrial processes. The laboratory consists of Analytic, Level, Flow, Pressure processes and Heat Exchanger Station Trainers. Each trainer can be operated individually or be combined to form a more complex configuration. Analytic Process Station: Clear, thermoplastic, level tank, with variable-speed, recirculating pump, for processing and mixing.

• 12 Chart tables designed after to those in ships
• Navigational Charts( Shipping, General, Coastal, Harbor)
• Navigational Publications
• Navigational Instruments
• Navmaster Professional

The Engineering Drawing Room provides BS MarE midshipmen the right tools and training to acquire the knowledge and skills to draw, interpret and make revisions to Engineering plans

The laboratory consists of electrically operated equipment and devices like motors, generators, contractors, relays, switches, etc. to which a lot of experiments can be performed like electrical power distribution, protection and control systems.
The EMS Laboratory also has the Data Acquisition Management software which is an innovative virtual instrumentation and simulation software combined with hardware interface which enable the students to acquire practical experience with computerized measuring tools and techniques

The laboratory is designed for hands-on training and familiarization with different electronic devices and circuitry.The laboratory consists of a computer-based training software with computer interface based units and different electronic modules.The LABVOLT FACET system enables the instructor to move around during an exercise while the computer does all the training thru an interactive software. The software also assesses the progress of each student and keeps a data base for record.

• 25 LabVolt FACET Computer Based Training System
• 1:1 Computer per student ratio
• Comprehensive Skills Based Electrical and Electronic Training

The simulated engine room is arranged as subsystems identical to those found onboard a real ship.
Parts of the engines as well as engine room equipment can be simulated in normal operating condition or in faulty/deteriorated condition. The simulators are implemented on a network of six UNIX workstations with an Instructor Station as a common server.

• SKANTI COMBRIDGE 7000 consisting of :
  - 1 INMARSAT C
  - 2 DSC VHF Radio
  - 1 DSC MF/HF Radio
  - 1 Radio telex
• Computer Interactive Maritime Communications by
• Maritime Education A/S, Sweden.
• Poseidon GMDSS Simulator (PGS) - Network/Single Trainer
• 2 Aldis Lamp for Morse Light Signaling
• 2 sets of Pennants for Flag Signaling

The Integrated Bridge System (IBS) is designed to automate and centralize monitoring and control of certain bridge functions such as navigation, communications, machinery control, safety and security of vessel.

It will be in keeping with the present trend of facilitating the decision making of the Officer On Watch who shall be able to undertake all his primary duties unassisted with efficiency and safety.

• 2 Bridge Master RADAR/ARPA
• 1 Voyage Management System (ECDIS)
• 1 Engine/ Machinery Control Panel
• 1 Navigation Light Monitoring System
• 1 Gyro Compass and 2 Repeaters
• 1 Gyro Pilot Rudder Control System
• 1 GMDSS
• 1 VHF/MF/HF DSC radio telephone
• 1 Conning VHF DSC radio telephone
• 1 Weather Facsimile
• 1 Chart Work Panel

Three cargo handling facility for software simulation of replicated VLCC, LNG and CC liquid cargo handling systems

The machine shop can accommodate two to three simultaneous exercises at a time. It has ample equipment for 50 cadets at a time. There are 14 different types of equipment.

• 18 Lathe machines
• 12 Electric welding booths
• 12 Gas welding booths
• Acetylene and oxygen tanks
• 4 Electric and 2 Pneumatic drill
• 4 Milling machines
• 1-24" Shaping machine
• Tool boxes with different tools
• 28 Machinist vise at work benches
• 1 Automatic fee and 1 power cutting saw
• 12 Pedestal grinders
• 1 Vertical belt sandler
• 2 Anvils
• Fire or smoke and gas detection system

• 7 Channel, 235 degrees Full Mission Visual Bridge
• 3 Blind Pilot Bridge
• 3 ARPA Radar
• ECDIS

The Hydraulics training systems introduce students to the fundamentals of pressure, force, velocity, flow rate and industrial safety. The technical training continues through advanced hands-on experience with industry standard hydraulic components and applications. It prepare students for a successful future in hydraulic maintenance. While in the Pneumatic training system, students will work with industrial components such as cylinders, valves, and motors that exceed safety standards to build and troubleshoot basic and functional pneumatic circuits. It prepares students for a successful future in the field of Pneumatics.

Consists of five Refrigeration Training Systems (3401). It provides students with intermediate-level instruction in refrigeration systems through the use of industrial devices. · Two clear acrylic chambers enclosing one forced-air evaporator each which may be operated individually, in series or in parallel · Variable-speed fans to simulate changing environmental conditions · Auxiliary control panel with multicolored electrical and tubing schematics, as well as indicator lamps and functional duplication of test points · Lockable fault insertion switches to introduce eighteen distinct electrical faults. Instrumentation including temperature meter, watt, volt, and ampere meters, pressure gauges, and indicator lamps · Circuit breaker and safety pressure switch for system protection · The two forced-air evaporators may be operated individually, or in parallel to demonstrate multiple evaporators principles

Consist of mimic consoles and panels for the Engine Control System. Capable of simulating live alarms and can initiate faults that replicates actual on board scenarios.