Developing more secure supply chains which can respond with agility to disruption.
These digital tools vastly increase both the speed with which designers progress from data to the digital model and the number of options and permutations that can be considered when it comes to reconciling specific requirements and performance criteria.A school, for example, can be configured in just 15 minutes.. Key insight.
We will need more.convincing mechanisms to ensure that what was designed is what is built..The process will be able to handle multiple stakeholders and purposes, all at the same time, mitigating and eliminating the risk in these where possible.. Industry challenge.
Even if each stakeholder or specialist, does their utmost to deliver as planned, the interfaces where specialisms meet will remain a tolerance risk.. As long as changes can be made on site, assets will always be vulnerable to unintended consequences..Platforms solution.
Platform II acts as a carrier frame, providing a stiff and accurate superstructure that allows proof of compliance in installation.
Platforms dramatically reduce the risk of on-site changes in two key ways:.These placements will be optimised to create the best possible solutions for all of our major functions: education, commercial spaces, residential, and industry.
This type of optimisation will happen simultaneously and in conjunction with the same process being applied to the supporting infrastructure; road, rail, hyperloops, power and water, and other transport and utilities..Platform Design for better individual assets.
We sometimes hear people express concern that Modern Methods of Construction will be the death of good design.On the contrary, we believe construction Platforms and DfMA will deliver better, more holistically designed, individual assets.