ShipConstructor is a premier marine 3D Product Modeling and CAD/CAM software built on top of AutoCAD. It is used by shipyards, naval architects, and marine engineers to design, detail, and fabricate ships, offshore structures, and other marine vessels.

Primary Uses and Key Features

ShipConstructor is used throughout the entire shipbuilding process, from initial 3D model creation to generating fabrication data for the shop floor. Its core purpose is to move the industry away from 2D drawings and towards a fully digital, 3D "single-source-of-truth" model.

Key features and workflows include:

1. 3D Product Model Creation:

   • Parametric Modeling: Create intelligent 3D models of the ship's structure, including plates, stiffeners, pillars, and foundations. Elements are parametrically linked, so changes update automatically everywhere.

   • Associative Design: The 3D model, drawings, and reports are all associative. A change in the model automatically updates all related drawings and outputs.

2. Hull Design and Fairing:

   • Integrates with specialized hull design software (like AutoShip or NAPA) to import and work with complex, faired hull forms.

   • Allows for the creation of structural members that accurately conform to the ship's curved hull.

3. Pipe & HVAC Routing:

   • Dedicated modules for routing and detailing pipe systems (P&ID) and HVAC ductwork in 3D, complete with automatic collision detection.

4. Electrical Systems Modeling:

   • Model cableways, trays, and supports for the vessel's electrical systems.

5. Automated Drawing Production:

   • One of its biggest strengths. It automatically generates production-ready drawings from the 3D model, such as:

     • Assembly Drawings

     • Nest Drawings

     • Panel Drawings

     • Pipe Spool Isometrics

   • This drastically reduces manual drafting time and errors.

6. Data Management and Integration:

   • ShipConstructor API: A robust platform for customization and integration with other yard systems (like ERP, PLM, and scheduling software).

   • Manages Bill of Materials (BOM) and other reports directly from the model.

7. Output for Fabrication (CAM):

   • Generates CNC data for cutting machines (plasma, laser, oxy-fuel).

   • Exports data for robotic welding and pipe bending machines.

   • Creates files for modern fabrication techniques like panel lines.