.png){kind=logo}
Our services
​Engineering Excellence for Every Voyage
We support shipowners, operators and shipyards in maximizing vessel earning potential through optimized cargo securing systems, structural design and integrated equipment strategies.
Our services
From early design through to operational handover, our engineers deliver the technical depth needed for safe, efficient and fully compliant vessel performance. Explore the disciplines below, each backed by deep domain expertise and a proven track record on international projects.
Newbuilding Engineering & Elaboration
Technical Excellence from First Steel to Final Delivery
MEC Pacific supports container and RoRo newbuilding projects from the earliest design phase through to vessel delivery. Our newbuilding engineering service covers the full scope of cargo securing system development, class submission, shipyard coordination and technical documentation — ensuring every vessel meets operational requirements and regulatory standards on day one.
What We Offer
Cargo securing system concept and layout
Coordination with classification societies (DNV, BV, LR, ABS, NK)
Lashing system specification and component selection
Load calculations and structural verification
Cargo Securing Manual elaboration and class approval
Commissioning support and crew guidance
Lashing Systems
Robust, Class-Approved Lashing Solutions for Container Vessels
We design, engineer and specify complete lashing systems for container vessels — from individual component selection to system-wide integration. Our lashing system engineering ensures that securing arrangements comply with class requirements, meet the operational demands of modern trade routes and are practical for crews to use safely and efficiently.
What We Offer
Lashing system layout and component specification
Twistlock, lashing rod and stackweight system design
Class submission and approval
Coordination with equipment manufacturers
Load verification and securing capacity analysis
Retrofit assessments for existing vessels
.png)
Offset Plans & Hull Form Documentation
Accurate Hull Documentation for Design, Engineering and Compliance
MEC Pacific produces and reviews offset plans and hull form documentation required for structural analysis, class submission and engineering calculations. Accurate hull form data underpins all downstream engineering — from stability and load calculations to deck arrangement planning and structural assessments.
What We Offer
Offset table generation and verification
Hull form data processing and formatting
Coordination with shipyards and design offices
Class submission documentation
Integration with FEM/FEA models
Support for newbuildings and existing vessels
.png)
.png)
Cargo Securing Manual (CSM) Elaboration
Class-Approved Cargo Securing Manuals, Tailored to Each Vessel
The Cargo Securing Manual (CSM) is a statutory document required by IMO for all cargo vessels. MEC Pacific elaborates CSMs that are accurate, operationally practical and approved by the vessel's classification society. We manage the full process — from data gathering and calculation to submission, approval and final handover.
What We Offer
Full CSM elaboration for container, RoRo and general cargo vessels
Vessel-specific securing arrangements and equipment lists
Class submission and approval management
Updates for vessel modifications or re-flagging
Available in multiple languages
Deck Machinery
Engineering Support for Newbuildings, Conversions and Vessel Optimization
MEC Pacific provides engineering support for deck machinery systems — including specification, design review, integration and documentation. We work with shipyards and equipment suppliers to ensure that deck machinery is correctly specified, structurally integrated and operationally optimised for the vessel's intended service.
What We Offer
General Arrangement development & review
Hull form & offset plan documentation
Hydrostatic calculations
Stability & weight assessment
Structural arrangement & integration
Vessel optimization studies
Class & shipyard technical coordination
.png)
.png)
Hatch Covers
Hatch Cover Engineering for Weather-Tight, Structurally Sound Cargo Access
MEC Pacific supports the specification, engineering review and integration of hatch cover systems for container and general cargo vessels. Our work ensures hatch covers meet structural, watertight and operational requirements — correctly integrated with the vessel's overall deck and cargo system design.
What We Offer
Hatch cover system specification and type selection
Structural design review and load assessment
Watertightness and weathertight integrity verification
Integration with lashing and cargo securing systems
Class submission support
Supplier coordination and drawing review
Lashing Bridges
Purpose-Designed Lashing Bridge Structures for Container Vessel Operations
Lashing bridges are a fundamental structural element of modern container vessels, enabling higher stack heights and improved cargo capacity. MEC Pacific engineers lashing bridge systems that are structurally optimised, operationally practical and fully integrated with the vessel's cargo securing arrangement.
What We Offer
Lashing bridge concept and layout design
Structural engineering and FEM/FEA verification
Integration with hatch cover and deck structure
Class submission and approval
Shipyard coordination and drawing review
Retrofitting lashing bridges to existing vessels
.png)
.png)
Product Development & Engineering Support
From Concept to Market — Engineering Support for Marine Products
MEC Pacific supports manufacturers and developers of marine equipment and cargo securing products with end-to-end engineering services. From initial concept and feasibility through to prototype review, certification support and production documentation, we provide the technical depth needed to bring compliant, market-ready products to the marine industry.
What We Offer
Concept development and feasibility engineering
Structural analysis and FEM/FEA verification
Classification society type approval support
Technical documentation and manuals
Load testing specification and review
Ongoing engineering support for product evolution
