This article compares change control processes across aerospace, automotive, and medical device industries, highlighting their distinct approaches shaped by different failure modes. It emphasizes the need for cross-industry learning to adapt traditional frameworks to modern challenges, particularly in handling continuous software updates. A unified CM2 framework is proposed for enhanced governance.
The article highlights the hidden productivity costs in engineering, estimating a $4.5 million loss due to inefficiencies and information searches that consume 30% of work time. It emphasizes the importance of Configuration Management (CM2) to make engineering decisions visible, preventing downstream issues that drive up costs and impair company margins.
The article emphasizes that product launch delays are often caused by poor data management rather than supply chain issues. With many companies facing significant financial losses due to these delays, it advocates for improved Configuration Management (CM) practices and communication. Proper CM can transform operations into strategic growth tools, enhancing reliability and market responsiveness.
This article discusses the role of maturity models in organizational improvement, particularly in configuration management. While they can provide structure, they often become distractions if misused. Organizations should focus on addressing specific problems instead of chasing higher maturity levels. Effective governance and senior leadership are essential for achieving genuine improvements.
In case you missed them, you can find the following How do YOU CM2? posts in the 50th edition🥳 of the Future of CM newsletter:
🧑🚒 When ‘Saving the Day’ Becomes the Problem.
🐺 Why does Configuration Management have such a bad reputation?
😵💫 Are you planning on hallucinating your next product?
Let’s talk about a pattern I’ve seen in too many organizations, one that quietly kills morale and reinforces the wrong behaviors.
This article discusses design maturity in datasets for New Product Introductions, emphasizing its role as a measure of usability rather than workflow status. Different maturity stages (Prototype, Pilot, Production) inform downstream actions. Organizations must manage risks associated with bypassing maturity stages, especially in regulated environments. Treating design maturity as a risk management tool is crucial.
This months newsletter is a collection of posts from the Configuration Management is… series I have posted on LinkedIn. These posts are not intended to limit the scope of Configuration Management, but to create awareness of the breadth of CM. Configuration Management is… #Baselines! Let’s talk about Baselines. Imagine building a house without a blueprint. Each contractor works from their own notes, making changes as they see fit. The result? A… Read More »Configuration Management is… Part 2
Configuration Management (CM) is crucial for successful scalability in engineering and manufacturing. It ensures consistency, traceability, and compliance, preventing cost overruns and quality issues. A robust CM strategy supports efficient production, effective change management, and reliable supply chain integrity, facilitating growth without sacrificing quality or increasing risks.
Configuration Management (CM) provides essential visibility into product configurations and changes, akin to navigating with headlights in fog. It facilitates informed decision-making, promotes efficiency, and minimizes risks by ensuring proactive compliance and collaboration among teams. The lack of visibility hinders decisions, while strong visibility drives innovation and effectiveness.