Exploring lean construction and the future of building design | Professor Iris Tommelein, University of California, Berkeley

He retains a hands-on approach to project work and is responsible for design, construction and commissioning for a wide range of projects.

By creating a 'kit of parts' approach,.aims to streamline the design and construction processes, reducing waste and optimising the supply chain.. 2.

Exploring lean construction and the future of building design | Professor Iris Tommelein, University of California, Berkeley

The convergence of energy and data centre sectors.A major theme of the conversation is the convergence of different industries, particularly energy and data centres.Lincoln highlights how Edged, supported by its parent company.

Exploring lean construction and the future of building design | Professor Iris Tommelein, University of California, Berkeley

, is integrating sustainable energy solutions into their data centre designs.This approach not only reduces the carbon footprint of data centres but also addresses the increasing power demands posed by the growing reliance on AI and cloud computing.

Exploring lean construction and the future of building design | Professor Iris Tommelein, University of California, Berkeley

The use of microgrids, energy storage, and renewable energy sources is critical to achieving energy security and sustainability.. 3.

Adapting to the rise of AI and increasing power demands.We analyse the effect of removing cooling units, to reduce cost and energy usage, and remove excessive, redundant cooling..

Architectural features –.We analyse the effects of altering the hot return ceiling void depths, extent of hot aisle containment, aisle pitches and reducing FFLs.

This drives the reduction of the economic and carbon cost of the building and reduce building footprint..Structural Options –.

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Designing data centre M&E: DfMA and an integrated approach