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Sustainable design and building physics

2025-10-08 06:05:59

Established formats such as BCF already allow for rich data sharing (although they are not always used to achieve this).

Where clients want the variability and flexibility is in the massing of the building, the articulation of the material choice and facade design.. We worked very hard with clients in the early stages to make sure that the construction Platforms we developed have enough variability in the areas which will facilitate maximum benefit.We want to have a Design to Value process which achieves exactly what is desired..

Sustainable design and building physics

Tier 1 and the supply chain.Another benefit we see from DfMA construction is the evolution of a more direct relationship between the customer and their supply chain partners, cutting down on transactional costs and eliminating a lot of inefficiency.The contractor’s role becomes more profitable and sophisticated – what we refer to as a manufacturing assembly manager.

Sustainable design and building physics

We believe that going forward this role will put more effort into controlling logistics, supply chain etc… In fact, roles throughout the supply chain will change, becoming more efficient and more focused on driving value.. Meeting the needs of our clients.Over the years, we’ve come to recognise a wide variety of client drivers, including cost, time, net present value, capital and funding decisions.

Sustainable design and building physics

For some clients, accuracy in delivery is the most important thing.

For others, such as the UK’s busiest airport, Heathrow, the biggest benefit arises from having the fewest number of people on site and the fastest possible delivery.This sustainable design process is incredibly effective..

Lean design encourages optimised material usage within the building.This might be improving the optimisation factor of steel, reducing the thickness of concrete slabs, or balancing insulation thicknesses of walls, floors and roofs with operational energy savings.

A reduced quantity of building materials reduces a building’s weight.This in turn reduces the load on the foundations, allowing a further reduction in materials used in the substructure.