- Floating infrastructure
Definition: Marine assets designed for prolonged waterborne operation as infrastructure—not only transport.
Technical context: Includes platforms, terminals, clusters, and energy-related floating assets.
Why it matters: Couples stability, mooring, operations, and lifecycle cost.
- Hydrostatics
Definition: Analysis of buoyancy, draft, trim, and equilibrium in calm water.
Technical context: Foundation for stability books and loading manuals.
Why it matters: Errors propagate into operations, class acceptance, and safety cases.
- Intact stability
Definition: Stability assessment with no compartment breach.
Technical context: Required for operational limits and regulatory/class compliance paths.
Why it matters: Defines permissible loading and operational envelopes.
- Class approval
Definition: Classification society review against applicable rules and project specifications.
Technical context: Parallel to owner engineering review and flag requirements.
Why it matters: Gates procurement, build, and insurance in many marine programs.
- Interface management
Definition: Structured control of data, decisions, and dependencies between disciplines and contractors.
Technical context: Critical in offshore EPC and floating infrastructure programs.
Why it matters: Most complex marine projects fail at interfaces—not isolated disciplines.
- Lifecycle risk
Definition: Risk accumulated across design, build, operate, maintain, modify, and decommission.
Technical context: Often underweighted at FID compared to CAPEX milestones.
Why it matters: Early design choices constrain OPEX and modification feasibility.
- Offshore EPC
Definition: Engineering, procurement, and construction delivery model for offshore assets.
Technical context: Common in energy and marine infrastructure in GCC regions.
Why it matters: Governance and interface structure determine schedule integrity.
- Mooring
Definition: System securing a floating asset to the seabed or adjacent structures.
Technical context: Station-keeping for platforms, terminals, and permanent floats.
Why it matters: Early mooring concept drives hull and installation assumptions.
- Digital twin
Definition: Operational model linked to live asset data—not only a static 3D representation.
Technical context: Used in infrastructure intelligence and maintainability planning.
Why it matters: Value depends on data governance and human review gates.
- Hydrodynamics
Definition: Study of fluid forces and motions on hulls and floating bodies.
Technical context: Resistance, propulsion, seakeeping, and mooring load derivation.
Why it matters: Affects fuel, motions, operability, and structural load inputs.
- MODU Code
Definition: IMO code for mobile offshore drilling units—relevant where applicable to unit type.
Technical context: Part of offshore regulatory landscape alongside class rules.
Why it matters: Scope must be confirmed per asset and operation—not assumed.
- Marine warranty survey
Definition: Independent review of marine operations such as transport, loadout, or towage.
Technical context: Often required by insurers for heavy lifts and offshore moves.
Why it matters: Poor sequencing can halt offshore campaigns regardless of design quality.
- Parametric design
Definition: Rule-driven geometry or models for exploring design variants under constraints.
Technical context: Common in Grasshopper/Rhino pipelines for early-stage exploration.
Why it matters: Speeds optioneering when tied to review gates and accountability.
- Seakeeping
Definition: Assessment of vessel or platform motions and operability in waves.
Technical context: Links hydrodynamics to personnel safety and operational limits.
Why it matters: Defines downtime and equipment suitability offshore.
- Flag state
Definition: Jurisdiction of vessel or unit registration with enforcement authority.
Technical context: Works alongside class and national regulations.
Why it matters: Affects certification pathways and operational compliance.
- SOLAS
Definition: International Convention for Safety of Life at Sea—applicable where relevant to vessel type.
Technical context: Part of IMO safety framework for ships.
Why it matters: Informs design requirements for applicable commercial vessels.
- EPCI
Definition: Engineering, procurement, construction, and installation—offshore delivery extension of EPC.
Technical context: Includes offshore installation and hook-up scope.
Why it matters: Installation sequencing is a primary interface risk zone.
- Engineering governance
Definition: Defined system of technical decision rights, reviews, and change control.
Technical context: Supports complex marine and offshore programs.
Why it matters: Prevents undocumented technical commitments across vendors.
- Scantlings
Definition: Structural member sizes and plate thicknesses per design loads and rules.
Technical context: Naval architecture and structural engineering interface.
Why it matters: Directly affects weight, cost, and class acceptance.
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