Electrical & Instrumentation Engineering

Electrical equipment layouts prepared using intelligent 3D modelling — covering switchboard rooms, distribution boards, lighting fittings, navigation and communication equipment, and deck socket outlets. Layouts optimise cable runs, maintenance access, and regulatory compliance with SOLAS and class society requirements.

Comprehensive electrical load analysis covering continuous, intermittent, and emergency load cases for all operational modes including sea passage, cargo loading, and harbour. Generator sizing, transformer capacity verification, and load factor optimisation across all voltage levels from 415V to 24V DC.

Preparation of detailed electrical load charts and power distribution schedules for main and emergency switchboards. Includes bus-tie arrangements, shore supply integration, transformer sizing calculations, and power balance verification across all operating conditions.

Development of complete single line diagrams for main switchboards (MSB), emergency switchboards (ESB), distribution boards, and lighting panels. Full documentation of generator paralleling arrangements, bus-tie configurations, feeder protection settings, and transformer connections across all voltage levels

Preparation of instrument location drawings and fire & gas (F&G) detector layouts using intelligent 3D models. Covers placement of smoke detectors, heat detectors, gas detectors, VESDA systems, control panels, and junction boxes — fully coordinated with structural, mechanical and safety disciplines.

Intelligent 3D model-based design of cable tray and conduit routing throughout the vessel — engine room, accommodation, deck areas, and hazardous zones. Routing optimised for segregation of power, control, and instrumentation cables, with full clash-check and extraction of cable tray schedules and material lists.