What we offer...

We deliver naval architecture and conceptual design services, transforming your initial vision into a thoroughly validated and risk-free concept. Our primary focus is to provide high-quality engineering data, ensuring a seamless, efficient, and trouble-free transition into the Basic Design phase for shipyards and engineering partners.

CONCEPT - Operational Architecture & Strategy

Phase Goal: Define the Mission, Layout Framework & Regulatory Blueprint.

Every successful vessel starts with a strict operational logic, not a random sketch. In this standalone phase, we establish the core technical and legal foundation of your project. We balance the owner's requirements with naval architecture physics, ensuring that space, performance, and international regulations work in perfect harmony before any 3D modeling begins.

Operational Profile & Feasibility Study: Detailed analysis of the vessel's operational requirements. We mathematically define the Target Speed, Cruising Range, and Deadweight capacity based on the intended area of operation and sea state criteria.

Principal Particulars Optimization: Optimization of the vessel’s primary dimensions - Length (LOA), Beam (B), Draft (T), and Depth (D). We balance the displacement volume required by Archimedes' principle against estimated hydrodynamic resistance.

General Arrangement (GA) Engineering: High-quality, CAD-standard 2D General Arrangement drawings (Profile and Deck Plans). We manage functional space zoning, ergonomic layouts for crew/passenger comfort, and configuration of watertight bulkheads.

Propulsion & Machinery Architecture: Strategic selection of the propulsion configuration (Shaft lines, Surface drives, or Waterjets) based on target speed. Volumetric layout planning of the machinery space to accommodate main engines and auxiliary generators.

Classification & Material Strategy: Definition of the applicable regulatory framework (IACS Class Rules / National Flag State Standards). We establish the structural material strategy (Aluminium, Steel, or Composites) and outline baseline frame spacing.

MODELING - Hydrodynamic Integration & Digital Twin

Phase Goal: Build the Hydro-Optimized 3D Surface & Digital Weight Model.

In this phase, we translate the approved 2D concept into a high-precision mathematical 3D environment. Using advanced CAD/CAE tools, we sculpt the optimized hull geometry, map the exact weight distribution, and run advanced fluid dynamics simulations. This phase eliminates technical guesswork, providing a mathematically sound digital twin.

3D Hull Surface Modeling & Optimization: Development of a premium, "Class-A" 3D hull geometry in Rhino. The surface is strictly optimized for fair hydrodynamic flow lines, spray rail efficiency, and water flow entry, ensuring it is 100% CNC-ready.

Digital Weight Tracking & CoG Management: Precision mapping of the vessel's Lightweight distribution. We calculate and track the exact coordinates of the Center of Gravity (LCG, VCG, TCG) to ensure perfect equilibrium, with LCG strictly matching the Longitudinal Center of Buoyancy (LCB).

CFD Hull Analysis (Virtual Testing): High-fidelity Computational Fluid Dynamics (CFD) simulations to analyze wave-making resistance, viscous drag, pressure distribution, dynamic running trim, and sinkage across the speed spectrum.

Hydrostatic & Powering Performance Reporting: Technical validation of the vessel's speed-to-power ratio using parametric and semi-empirical methods (Savitsky / Holtrop). We deliver exact curves for Effective and Propulsive Horsepower.

Basic Design Readiness Package: Complete engineering export package. We structure the fair 3D hull surfaces, hydrostatic matrices, exact weight reports, and 2D CAD files into a clean format, ensuring a smooth handover to shipyards or basic design teams.

COMPLIANCE - Verification & Class Readiness

Phase Goal: Deliver Official Class-Ready Documentation & Design Verification.

We transform the 3D digital twin into the official, standardized 2D documentation required by major Classification Societies (IACS) and flag states to grant building approval, ensuring a smooth handover to production engineering.

Class Approval 2D Drawing Package: Technical drawing package according to international shipbuilding conventions. This includes the finalized General Arrangement (GA), Lines Plan, Tank Capacity Plan, and Escape & Safety Plan, etc., ready for submission.

Intact & Damaged Stability Booklet: Mathematical proof that the ship is safe from capsizing. We run simulation scenarios for various load cases to generate the official Intact Stability Booklet and Damaged Stability Analysis, ensuring full compliance with IMO Resolution.

Sea-Keeping & Maneuvering Verification: Assessment of the vessel’s dynamic behavior in waves, turning diameters, course-keeping stability, and vertical accelerations to verify crew and passenger safety limits.

Design Verification Statement: Issuance of our official Certificate of Design Validation - a key document for shipowners to secure financing, lower insurance risks, and verify performance guarantees with shipyards.