Automotive Manufacturing Business Information Model

An automotive manufacturing business runs on a specific set of data entities, and this business information model sets them out — vehicle configuration, bill of materials, production, supplier, and warranty data. Entities are organized into foundational (reference and master data), transactional (production and supply chain activity), and informational (quality, warranty, and performance) categories, with entity relationships mapped explicitly. Delivered as an editable Word document.

Why Vehicle Data Resists a Generic Template

A vehicle isn't one entity — it's at least three: as-designed (the engineering configuration), as-built (what actually left the plant, tied to a VIN), and as-serviced (what's been repaired or modified since), and these three views diverge over a vehicle's life in ways a single "Product" entity can't capture. The bill of materials is genuinely multi-level and multi-view — engineering, manufacturing, and service BOMs describe the same parts differently, and a part's relationship to the vehicle changes depending on which view you're in. Supplier data isn't flat either: Tier 1, Tier 2, and Tier 3 suppliers form a network feeding into a single part number, not a simple vendor-to-product link. Options and trims combine to create thousands of buildable configurations from one model line, a combinatorial relationship a generic product hierarchy has no way to represent.

Inside the Model

• Foundational entities — platforms, models, parts, suppliers, plants, dealers
• Transactional entities — production orders, purchase orders, shipments, warranty claims, recalls
• Informational entities — vehicle configurations, quality records, warranty performance, supplier scorecards
• Entity relationships connecting the engineering, manufacturing, and service views of the same data
• Editable Word format — adapt entities and relationships to your own PLM or ERP data model

How It's Used

• Scope master data management for parts, suppliers, and vehicle configuration data
• Align data architecture across engineering (PLM), manufacturing (MES/ERP), and service systems
• Define integration requirements between OEM systems and Tier 1/Tier 2 supplier data
• Support warranty, recall, and quality analytics with a shared VIN-based data reference

Built For

Aimed at data architects, business architects, and IT leaders at OEMs and Tier 1 suppliers who need engineering, manufacturing, and after-sales data connected in one model instead of a generic manufacturing template.