High-Tech Manufacturer Business Information Model

From bill of materials to serialized units in the field, the High-Tech Manufacturer Business Information Model maps the data entities behind product design, sourcing, and manufacturing into foundational, transactional, and informational layers, delivered as an editable Word document.

Why Product Data Isn't Flat

A Bill of Materials isn't a list attached to a Product — it's a recursive hierarchy where a Component can itself be a sub-assembly with its own BOM, and the same part can appear at different quantities in multiple parent assemblies, which is a self-referencing many-to-many relationship generic models rarely get right. Engineering Change Orders make it harder still: a single ECO can revise multiple BOMs at once, and every affected entity — Product, Component, BOM — needs Revision as a first-class attribute, not an afterthought, or your model can't answer which version shipped to which customer. Generic templates also collapse "Product" and "Unit" into one entity, but high-tech manufacturers need them separate: Product is the catalog-level design, while Unit is the specific serialized instance built from it, and warranty, RMA, and field service history all attach to the Unit, not the Product. Suppliers add a third dimension — an Approved Vendor List ties a specific Supplier to a specific Component at a specific revision, so "who can we buy this from" is really a three-way relationship, not a simple vendor lookup.

What You Get

• Foundational entities — Product, Component, Bill of Materials, Supplier, Customer, Asset
• Transactional entities — Purchase Order, Work Order, Engineering Change Order, Serial/Lot, Warranty Claim
• Informational entities — Quality Metrics, Field Failure Data, Inventory Position, Demand Forecast
• Entity relationships spanning design, sourcing, production, and field service
• Fully editable Word document

How Teams Apply It

• Baseline for PLM, ERP, and MES integration and master data management
• Reference model for product configuration and serialization data design
• Input to data architecture for supply chain and field service analytics
• Common ground between engineering, manufacturing, and IT during system consolidation

Who Should Buy This

Data architects, business architects, and IT leaders at high-tech manufacturers who need a starting entity model that reflects real product, revision, and serialization complexity — for PLM/ERP integration, MDM, or data warehouse design — without building it from scratch.