David Walker

For more than two decades Bryden Wood has been breaking down buildings to kits of component parts and looking for ways to deliver different types of projects using the same constituent parts.

Smaller, modular facilities and continuous processing offer more than operational efficiency—they represent a pathway to decarbonise manufacturing processes on a global scale, achieving high-impact results in less time..Learn more about our.

Design to Value.Jaimie talked about the transformative advancements in data centre design and delivery, emphasising how innovative design principles and industrialised construction are setting a new standard across industries.to watch the full session on Autodesk's website.. Key Takeaways.Scaling for AI-Ready data centres.

With the growing demands of AI, Jaimie discusses the challenges of powering data centres, focusing on scalable strategies to meet the escalating energy requirements that conventional grid infrastructure can’t support.. Industrialised construction and Chip Thinking®.Jaimie highlights Bryden Wood’s.

Chip Thinking® approach.

, a modular system inspired by the integration of elements like chips on a motherboard, allowing faster, more flexible configurations for complex data centre designs.Having spent many years in projects I realised that our allocation of work is so often skewed by a mode of thinking and processes that ultimately destroys value.

We design detailed pipework with a one-stop-shop engineering company only to go through the ignominy of having it completely redesigned by the fabricator with the knowledge of manufacturing and construction.We allow designers to make educated guesses for design decisions only for subject matter experts to critique and change.

Finding ways to get the right people to do the right work at the right time is the first principle of an integrated approach.. Design is not a linear and regressive process.My second principle is the same principle that I have written about in relation to AI and general intelligence.