Rather than cater to all eventualities, a cost-benefit analysis will often drive an ’80:20’ approach towards future flexibility..
building regulations, safety, and quality standards) into a coordinated and compliant multidisciplinary facility design..Using an execution model to rapidly translate this lab design, historic project data, and other inputs, into a cost and programme estimate, as well as other useful business metrics.. Fast Lab allows teams to complete all these steps in a single workshop, with numerous design iterations, scenarios, and improvements taking place in real time.
This makes it possible to start permitting, procurement, and construction activities in a matter of weeks, rather than months, and opens the door to warp-speed lab deployment.. Fast Lab combines our experience in multidisciplinary lab design, capacity modelling, asset optimisation, automated design tools, and the creation of fast, scalable solutions to the world’s biggest construction challenges.It is aimed at life science businesses and developers including:.Larger businesses looking to design and construct their own labs..
Smaller businesses trying to identify the best premises to buy or lease..Developers who want to construct labs that are a good fit for their target market..
Developers who want to attract a specific tenant..
The need for fast and scalable lab solutions is clear.Spatial clusters for common configurations.
Supplier component data/technical characteristics e.g.maximum span and the interface between components and sub-assemblies.
A series of span tables were embedded in the library for The Forge to provide quantities for concrete and reinforcement, based on slab performance requirements including: fire separation, acoustic separation, loading and vibration performance and spans/grids.--------------------------------------------------------------------------------------------------------.