Vessel Retrofitting Projects

Royal Malaysian Navy Refit Programs

Projects: KD Selangor & KD Perak
Scope: SCAMS (Ship Control and Monitoring System) & Motorized Valve Overhaul

This refit engagement for the Royal Malaysian Navy involved comprehensive restoration, servicing, and systems reliability improvements for two frontline offshore patrol vessels — KD Selangor and KD Perak.

Core Responsibilities

• SCAMS Diagnostics & Restoration
  Performed full-system diagnostics on critical Ship Control and Monitoring Systems, identifying legacy faults, intermittent sensor failures, and outdated control logic that impacted vessel readiness.
  Executed hardware rectification, rewiring, module recalibration, and restored operational dashboards for engine room, auxiliary systems, and alarm consoles.

• Motorized Valve Maintenance & Service
  Conducted a vessel-wide assessment of automated valves for propulsion cooling lines, bilge systems, fuel transfer networks, and firefighting loops.
  Implemented mechanical servicing, actuator overhaul, limit-switch calibration, and pressure-line testing to ensure operational reliability across all mission-critical fluid systems.

Outcome & Impact

• Restored key control systems to full operational condition
• Improved vessel responsiveness during sea trials
• Reduced downtime by ensuring long-term mechanical reliability
• Enhanced safety compliance for engineering and auxiliary operations

Shaft Power Monitoring System (SPMS) Integration

Fleet-Wide Installation for Royal Malaysian Navy Vessels

Led the installation and onboard integration of Hoppe Marine’s MAIHAK Shaft Power Monitoring System across multiple active-duty platforms operated by the Royal Malaysian Navy.

Technical Scope

• Sensor Suite Installation
  Mounted torque, RPM, and thrust measurement sensors along propulsion shafts—requiring precision alignment, vibration isolation, and shaft-line calibration.

• System Integration
  Interfaced MAIHAK’s digital processing units with existing onboard control systems, bridge consoles, and engine room monitoring stations.
  Integrated real-time power output, torque curves, and efficiency readings into the vessel’s operational data stream.

• Data Validation & Sea Trial Testing
  Conducted load-step testing, shaft calibration runs, and endurance monitoring during sea trials to validate system accuracy under real operational conditions.

Outcome & Impact

• Delivered real-time propulsion performance analytics
• Enabled fuel-efficiency optimization for long-range missions
• Improved predictive maintenance through shaft-line trend monitoring
• Enhanced engineering crew situational awareness during maneuvers

X-Band System Installation & Integration for KD Sundang

Managed the complete installation and operational integration of a tactical X-Band communication and navigation system for KD Sundang, enhancing the ship’s maritime communication and situational awareness capabilities.

Key Deliverables

• Hardware Deployment
  Installed X-Band radar antennas, communication modules, signal processors, and associated cabling infrastructure with full EMI/EMC compliance.

• Bridge & CIC Integration
  Integrated system outputs into the vessel’s navigation suite, Combat Information Centre (CIC) consoles, and mission-planning tools to support real-time operational coordination.

• Calibration & Operational Testing
  Executed alignment calibration, bandwidth optimization, range testing, and reliability checks under various sea-state and weather conditions.

Outcome & Impact

• Improved surface detection capability for patrol and security missions
• Enhanced encrypted communication reliability in contested environments
• Strengthened overall mission readiness for fleet patrol operations

General Vessel Electronics & Integration

Beyond project-specific installations, my role also covered a wide range of general vessel electronics work across multiple Royal Malaysian Navy platforms. This included system upgrades, integration of new navigation and communication modules, and technical enhancements to improve mission readiness and operational reliability.

Core Responsibilities

• Electronic Systems Upgrades
  Performed hardware replacements, wiring improvements, and modernization of legacy electronic components to ensure compliance with current naval standards and operational requirements.

• Navigation & Communication Integration
  Integrated new navigation sensors, communication suites, signal processors, and radar-linked modules into existing shipboard architectures, ensuring seamless compatibility with bridge and CIC systems.

• Power & Signal Management
  Conducted load balancing, signal integrity checks, grounding improvements, and EMI/EMC compliance assessments to maintain stable and noise-free system performance.

• Engineering Support & Troubleshooting
  Provided on-site technical support during sea trials, resolving intermittent electronic faults, recalibrating sensors, and stabilizing system performance under operational conditions.

Outcome & Impact

• Improved overall electronics reliability across multiple naval platforms
• Enhanced integration between new and legacy shipboard systems
• Reduced electronic downtime through proactive rectification and modernization
• Supported mission readiness by ensuring stable, accurate, and interoperable electronics suites