Trinity Marine Academy IAQ
1. IAQ & Extraction Galley System Safety Procedures – Yacht
Course Materials & Standards:
Introduction to Yacht IAQ & Extraction Galley Systems: Overview of yacht ventilation systems and the importance of maintaining air quality in galley extraction systems.
Cleaning and Maintenance Procedures: Step-by-step cleaning techniques for ventilation, air ducts, and galley extraction systems on yachts.
Standards & Regulations:
- NADCA (National Air Duct Cleaners Association): Standard 2020 – Guidelines for air duct cleaning, ensuring optimal IAQ on yachts, especially in galley systems.
- EVHA (European Ventilation Hygiene Association): EVHA Standard – European standards for hygienic ventilation and air quality management specific to yachts.
- NFPA 98 (National Fire Protection Association): NFPA 98 Standard (2015) – Fire safety regulations, particularly for fire damper inspections and maintenance in yacht ventilation systems.
- MARPOL (International Convention for the Prevention of Pollution from Ships): MARPOL Annex VI – Regulations for controlling air pollution from ships, including proper maintenance of galley extraction systems.
- SOLAS (Safety of Life at Sea): SOLAS Chapter II-2 – International regulations for fire safety, including fire prevention, detection, and galley system fire safety.
E.U. Regulations: EU Directive 2012/33/EU – Regulation on reducing sulfur emissions and maintaining IAQ and fire safety standards on ships.
Yacht-specific Fire Safety Protocols: Fire safety measures for yachts, ensuring fire prevention through proper inspection of galley extraction systems.
Advanced IAQ Techniques for Luxury Yachts: Best practices for luxury yachts, maintaining superior IAQ and efficient galley extraction systems.
Fire Damper Inspection: Regular inspection procedures for fire dampers in yacht systems, ensuring safety and compliance.
Port Authorities Procedures: Standard procedures for maintaining IAQ and fire safety compliance in port operations for yachts.
Shipyard Procedures: Procedures to maintain and inspect yachts in shipyards for IAQ and safety compliance.
Dry Docking Procedures: Standards for maintaining IAQ systems and fire safety measures during dry docking.
Final Examination:
80 Multiple Choice Auditing Examination Questions: A comprehensive test covering all aspects of the course materials, including IAQ, extraction systems, fire safety, regulations, port authorities procedures, shipyard, and dry docking regulations, and practical procedures.
2. IAQ & Extraction Galley System Safety Procedures – Commercial
Course Materials & Standards:
Commercial Vessel IAQ & Extraction Galley Systems Overview: Examination of HVAC systems, air quality control, and safety measures for galley extraction systems on commercial vessels.
System Cleaning & Maintenance: Best practices for cleaning ducts, galley systems, and ensuring air quality on cargo and passenger ships.
Standards & Regulations:
- NADCA (National Air Duct Cleaners Association): Standard 2020 – Procedures for maintaining optimal air quality on commercial ships, specifically focusing on galley extraction systems.
- EVHA (European Ventilation Hygiene Association): EVHA Standard – Standards for commercial vessels, focusing on ventilation and galley extraction hygiene.
- NFPA 98 (National Fire Protection Association): NFPA 98 Standard (2015) – Fire safety standards for commercial vessels, focusing on inspection and maintenance of galley system fire dampers.
- SOLAS (Safety of Life at Sea): SOLAS Chapter II-2 – International standard regulations for commercial vessels, covering IAQ, fire safety, and emergency preparedness in galley systems.
- MARPOL (International Convention for the Prevention of Pollution from Ships): MARPOL Annex VI – Environmental regulations related to emissions, focusing on galley extraction systems and air quality on commercial vessels.
- ATEX (Atmosphere Explosible): ATEX 137 – Regulations concerning explosion protection for galley extraction systems in commercial vessels, where explosive atmospheres may be present.
E.U. Regulations: EU Directive 2012/33/EU – Regulation for environmental standards, focusing on IAQ and air quality control in European commercial vessels.
U.S. Regulations: U.S. Coast Guard Standards – U.S. maritime standards for ensuring safety and air quality on commercial vessels, with specific compliance to IAQ and fire safety protocols.
Fire Prevention & Emergency Response on Commercial Vessels: Fire safety measures specifically related to galley systems in commercial vessels.
Advanced IAQ Systems for Large Vessels: Procedures for maintaining air quality in large commercial ships, including systems for maintaining galley extraction systems.
Fire Damper Inspection: Standard procedures to inspect and maintain fire dampers, specifically in commercial vessel galley systems, ensuring operational safety.
Port Authorities Procedures: Standard procedures for maintaining compliance with IAQ, fire safety, and other maritime standards during port operations.
Shipyard Procedures: Inspection and maintenance procedures for commercial vessels in shipyards, ensuring IAQ and fire safety compliance.
Dry Docking Procedures: Standard guidelines for maintaining galley extraction systems during dry docking, including inspections and safety checks.
Final Examination:
120 Multiple Choice Auditing Examination Questions: A comprehensive exam covering IAQ systems, fire damper inspections, regulatory compliance, port authorities procedures, shipyard regulations, and dry docking standards.
3. IAQ & Extraction Galley System Safety Procedures – Naval
Course Materials & Standards:
Naval Vessel IAQ & Extraction Galley Systems: Detailed overview of IAQ systems and galley extraction procedures on naval vessels and submarines.
Routine Maintenance Procedures: Best practices for maintaining ventilation systems and galley extraction systems in military-grade vessels.
Standards & Regulations:
- U.S. Military Regulations: MIL-STD-3001 – U.S. standard regulations for maintaining IAQ, fire safety, and galley systems on naval vessels.
- China Regulations: Chinese Maritime Code – Military standards for ventilation and IAQ system cleanliness on naval vessels in China.
- India Regulations: Indian Naval Standards – Naval standards for IAQ and fire safety in galley systems on Indian military vessels.
- NFPA 98 (National Fire Protection Association): NFPA 98 Standard (2015) – Standard fire safety regulations for naval vessels, focusing on fire damper inspection and galley system safety.
- SOLAS (Safety of Life at Sea): SOLAS Chapter II-2 – SOLAS standards specific to naval vessels, ensuring fire safety, emergency response, and safety measures for galley systems.
- MARPOL (International Convention for the Prevention of Pollution from Ships): MARPOL Annex VI – Maritime pollution control regulations
Final Examination:
150 Multiple Choice Auditing Examination Questions
4. BSM Tech Thermography Certification Course
Module Breakdown: Main Electrical Boards & Electronic Systems Inspection
Module 1: Introduction to Thermography in Marine Electrical Systems
Principles of Infrared Thermography
Importance of Thermographic Inspections in Ships
Understanding Heat Signatures in Electrical & Electronic Systems
Safety Protocols and PPE for Thermographic Inspections
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Module 2: Understanding Electrical Boards & Electronic Components
Overview of Shipboard Electrical Systems
Types of Main Electrical Boards (Low/Medium/High Voltage)
Key Electronic Components: Circuit Breakers, Transformers, Relays, Inverters
Common Failure Points in Marine Electrical Boards
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Module 3: Thermographic Equipment & Setup
Types of Thermal Imaging Cameras
Calibration and Sensor Sensitivity Settings
Proper Camera Handling & Positioning Techniques
Software for Data Collection & Analysis
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Module 4: Thermographic Inspection of Main Electrical Boards
Identifying Overheated Components (Loose Connections, Overloads, Phase Imbalances)
Analyzing Heat Distribution in Electrical Panels
Recognizing Early Signs of Electrical Failures
Case Studies: Real-Life Electrical Board Faults in Commercial Ships
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Module 5: Thermography for Electronic Systems
Inspecting Printed Circuit Boards (PCBs) and Control Panels
Identifying Failing Capacitors, Resistors, and Processors
Monitoring Temperature Fluctuations in Sensitive Electronics
Diagnosing Power Supply and Signal Transmission Issues
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Module 6: Thermography Data Interpretation & Reporting
Thermal Image Analysis: Color Patterns & Anomaly Detection
Creating Professional Inspection Reports
Interpreting Temperature Thresholds & Critical Faults
Recommended Corrective Actions Based on Thermal Findings
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Module 7: Compliance, Regulations, and Best Practices
Industry Standards for Electrical Thermographic Inspections (NFPA 70B, IEC 62446)
Classification Society Guidelines (ABS, DNV, Lloyd’s Register)
Preventive Maintenance Strategies for Electrical & Electronic Systems
Case Study Review & Best Practices
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Module 8: Hands-On Practical Training & Certification Exam
Conducting a Live Thermographic Inspection in a Simulated Shipboard Environment
Identifying Real Faults in Electrical Panels and Electronic Systems
Data Analysis & Report Submission
Final Certification Exam: 80 Multiple-Choice & Practical Assessment
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Duration: 3 Days (Theory & Practical Training)
Certification: BSM Tech Certified Marine Thermography Specialist
Target Audience: Marine Electricians, Engineers, Surveyors, Ship Inspectors
5. BSM Tech Ultrasound Metal & Paint Thickness Certification Course
Comprehensive Training for Marine Surveyors, Engineers, and Technicians
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Module 1: Introduction to Ultrasound Thickness Measurement in Marine Applications
Principles of Ultrasonic Thickness Testing (UTT)
Importance of Metal & Paint Thickness Measurement in Marine Industry
Common Applications: Hull Integrity, Structural Components, Corrosion Detection
Regulatory Standards: IMO, SOLAS, IACS, Classification Societies (DNV, ABS, Lloyd’s Register)
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Module 2: Understanding Ship Structures & Material Properties
Marine-Grade Metals & Coatings: Steel, Aluminum, Composite Materials
Effects of Corrosion, Erosion, and Coating Deterioration
Areas of Concern: Hull Plating, Bulkheads, Ballast Tanks, Deck Structures, Piping
Coating Types & Thickness Requirements for Marine Protection
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Module 3: Ultrasound Testing Equipment & Setup
Types of Ultrasonic Thickness Gauges
Probe Selection: Dual-Element vs. Single-Element Probes
Couplants & Their Role in Accurate Measurements
Calibration Techniques for Precise Readings
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Module 4: Conducting Metal Thickness Measurements on Ships
Best Practices for Hull Thickness Measurement
Identifying Corrosion & Wastage Allowance in Structural Elements
Overcoming Challenges: Rough Surfaces, Coatings, Marine Growth
Data Logging & Automated Measurement Systems
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Module 5: Paint & Coating Thickness Measurement
Importance of Coating Thickness for Corrosion Protection
Using Dry Film Thickness (DFT) Gauges in Marine Applications
Non-Destructive Testing (NDT) Techniques for Paint & Coatings
Ensuring Compliance with Marine Coating Specifications
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Module 6: Data Interpretation & Reporting
Analyzing Thickness Readings & Identifying Structural Risks
Comparing Readings Against Shipbuilding & Classification Standards
Preparing Professional Inspection Reports with Digital Data
Recommending Maintenance & Repair Actions Based on Findings
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Module 7: Regulatory Compliance & Industry Best Practices
IMO & SOLAS Regulations on Structural Integrity
Classification Society Requirements for Ship Surveys
Best Practices for Preventive Maintenance & Corrosion Control
Case Studies on Hull Failure & Structural Damage Prevention
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Module 8: Hands-On Practical Training & Certification Exam
Conducting On-Site Metal & Paint Thickness Measurements
Identifying Variations in Corrosion & Coating Degradation
Using Different Ultrasound Gauges & Calibration Techniques
Final Certification Exam: Theoretical & Practical Assessment
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Duration: 3 Days (Theory & Practical Training)
Certification: BSM Tech Certified Marine Ultrasound Thickness Specialist
Target Audience: Marine Surveyors, Engineers, Coating Inspectors, Ship Maintenance Teams
