At Griffon Marine Solutions, we approach systems engineering as the architectural backbone of a vessel. We work from first principles, considering not only current requirements but also future upgrades, maintenance accessibility and total vessel lifecycle.
Modern vessels are no longer just hulls and machinery they are interconnected systems where propulsion, power, controls, navigation, and mission equipment must function together with precision, flexibility, and minimal downtime.
Our systems integration scope includes:
- Functional Requirements Mapping – Translating mission needs into clear system specifications across all subsystems
- Propulsion System Architecture – Layout and integration of diesel, hybrid, or fully electric drives
- Electrical Load & Power Planning – Power generation, distribution modelling, and redundancy pathways
- Interface Management – Ensuring interoperability across propulsion, control, safety, and communications systems
- Space Planning – Structured machinery layout for access, serviceability, and spatial efficiency
- Upgrade Path Design - Allowing for modular expansion, hybridisation, or mission reconfiguration without major redesigns
We collaborate directly with OEMs, shipyards, and operator engineering teams to ensure that each system is technically sound on its own and performs reliably as part of a cohesive platform.
From shallow-draught patrol boats with modular payload bays to high-speed craft transitioning to hybrid propulsion, our system designs are tailored to mission, terrain, and long-term operability.
