Engineering Management Platform for Faster
Industrial Tech & Machinery Development

Industrial manufacturing requirements management is the process of defining, reviewing, tracing, and controlling product requirements throughout development. It gives engineering teams a shared system for managing customer needs, system requirements, safety risks, design decisions, and verification results across complex machinery, industrial technology, and automation projects.

Industrial products increasingly combine mechanical, electrical, electronic, and software components. Requirements management keeps these disciplines aligned as designs change, helping teams identify downstream impacts, reduce rework, and verify that the finished system meets customer, safety, quality, and cybersecurity expectations.

Requirements traceability connects stakeholder needs and system requirements to design elements, risks, tests, and verification results. This allows teams to see whether every requirement has been addressed and tested. When a requirement changes, traceability also helps identify affected components and activities before the change causes delays, defects, or compliance gaps.

A requirements management platform can help teams organize development evidence and maintain traceability for standards such as ISO 13849-1, IEC 62061, IEC 61508, IEC 61511, ANSI B11.26, and IEC 62443. The applicable standards depend on the product, market, and intended use. The software supports the compliance process, while each organization remains responsible for determining and meeting its specific obligations.

Word and Excel can document requirements, but they do not maintain live relationships among requirements, risks, design decisions, and test results. As products and variants evolve, teams must manually reconcile files, versions, comments, and traceability matrices. This increases the likelihood of outdated information, missed change impacts, duplicated work, and incomplete evidence during reviews or certification.

Jama Connect® links requirements to related risks, tests, and downstream items through Live Traceability™. When information changes, teams can identify suspect relationships and assess the potential impact before approving the update. This provides greater visibility across engineering disciplines and helps prevent changes from introducing overlooked gaps or costly late-stage rework.

Yes. Jama Connect integrates with tools used across the development lifecycle, including Jira and Azure DevOps for task management; GitHub and GitLab for source code management; CATIA No Magic and Enterprise Architect for modeling; Windchill, Teamcenter, and Aras for product lifecycle management; and Jenkins and TeamCity for automated testing. These integrations help teams maintain alignment without replacing every specialized tool.

Look for a platform that provides end-to-end traceability, structured reviews and approvals, change-impact analysis, risk and test management, reusable requirements, configurable workflows, and integrations with your engineering toolchain. It should also support collaboration across mechanical, electrical, software, systems, quality, and safety teams while producing clear evidence for internal reviews, customer requirements, and certification activities.

Requirements reuse allows teams to apply approved requirements, risks, and verification methods across related products, configurations, and regional variants. When shared requirements change, teams can evaluate the impact across every affected project while preserving variant-specific differences. This reduces duplicated effort, improves consistency, and helps accelerate development without sacrificing quality, safety, or traceability.