The “Start” phase focuses on establishing a robust, foundational Product Data Management (PDM) environment by taking control of core product assets, including multi-CAD designs, documents, and foundational engineering processes. By centralizing this data alongside initial Bill of Materials (BOM) management, organizations can immediately streamline engineering workflows, reduce search times, and secure their intellectual property.
This app centralizes comprehensive CAx data—including mechanical CAD, E-CAD for wiring, harness, and PCB designs, as well as simulation-driven engineering models—within a single, secure environment. By unifying these multi-domain assets, it streamlines cross-functional workflows and ensures that interdisciplinary teams are always collaborating on the most current, integrated product revisions.
Document management leverages out-of-the-box integrations with MS Office and Microsoft Teams to provide a seamless, structured repository for linking critical specifications and compliance records directly to the product architecture. This ensures that all non-CAD intellectual property remains securely managed, fully traceable, and easily accessible without disrupting your team's daily communication and authoring workflows.
Bill of Materials (BOM) management establishes a single source of truth for the product structure, capturing every component required to build an assembly. It allows teams to create, manage, and visualize complex BOMs, ensuring accuracy from initial design through to manufacturing release (CAD BOM to EBOM).
Process execution tools automate and standardize core engineering workflows, such as change management and release procedures. By routing tasks and approvals digitally, this app accelerates time-to-market while maintaining strict audit trails and regulatory compliance.
The “Extend” phase bridges the gap between engineering and the broader enterprise by integrating downstream operational domains such as manufacturing planning, service lifecycle management, and supplier collaboration. This phase connects initial product requirements directly to execution, enabling a cohesive digital thread that aligns external partners and internal teams with the established product definition.
This app captures, allocates, and tracks customer and regulatory requirements directly against the physical product definition. It guarantees traceability throughout the development cycle, ensuring the final product reliably meets all initial functional specifications.
Service lifecycle management extends the digital thread to the physical asset in the field by managing service plans, spare parts logistics, and maintenance records. It empowers service teams to optimize asset uptime and provides engineering with valuable feedback for future product improvements.
Manufacturing process planning bridges the gap between engineering and production by seamlessly aligning the engineering BOM (EBOM) with the manufacturing BOM (MBOM) and Bill Of Process (BOP). It enables teams to define routing, assembly steps, and resource requirements, ensuring a smooth transition from digital design to physical realization.
Supplier collaboration securely integrates external vendors into the PLM ecosystem to facilitate the exchange of design data, requirements, and sourcing information. This streamlines the procurement process and ensures that partners are perfectly aligned with the latest product specifications and timelines.
The “Transform” phase elevates the PLM environment into a comprehensive platform capable of driving strategic business initiatives, including complex cost management, sustainability tracking, and closed-loop quality control. By leveraging systems engineering capabilities and deep lifecycle analytics, this phase empowers the enterprise to optimize complex product architectures and adapt dynamically to evolving market demands.
Quality management embeds closed-loop quality control into the core PLM platform, linking failure modes, corrective actions, and inspection plans directly to the product data. This proactive approach identifies potential issues early in the design phase, substantially reducing scrap and warranty costs down the line.
Product cost management provides granular visibility into the financial impact of design and sourcing decisions by estimating costs for tooling, materials, and processes early in the lifecycle. It empowers teams to engineer products to a specific target cost without having to sacrifice performance or quality.
Sustainability tools track and analyze the environmental impact of a product across its entire lifecycle, from raw material extraction through to end-of-life recycling. By managing compliance with environmental regulations, it helps organizations design greener, more sustainable products for a circular economy.
Systems engineering models the complex interactions between mechanical, electrical, and software components to validate overall product performance before physical prototypes are built. It utilizes a model-based approach to ensure that interdisciplinary architectures function harmoniously to meet overarching system requirements.
