Sustainable, future labs.
electrical design.on a number of projects which include a private hospital in Kent; expansion of a waste water treatment plant in Cambridgeshire; the product design of a modular plug-in.
critical power and cooling modules for Schneider Electric; and the design of a new passenger pier including baggage facility for Gatwick airport.. Kevin has also been involved in the development of a standardised chassis solution for a mixed-use residential development.This led to the design for a number of plots using the chassis approach with different architectural teams.. More recently he has worked on the development of a system design for GlaxoSmithKline (GSK) for the development of production facilities globally.The system design is based on a scalable, component based, modular solution that targets off-site prefabrication using BIM.
This has led to the commission of a number of feasibility studies for GSK projects following the system design solution.. Kevin has extensive experience with University frameworks having worked with various colleges including University of Cambridge, University Campus Suffolk and University College London.Pablo is an Architect with broad experience in.building physics.
He joined Bryden Wood in April 2021 as Head of Sustainability.. Pablo has worked on multiple UK and international projects and masterplans, providing technical advice with emphasis on the environmental and social impacts of architecture.
He has developed his expertise in a wide range of areas of sustainability, including life-cycle carbon analysis, daylight, thermal modelling and energy efficiency..This example is particularly pertinent given the crucial role façades play in fire stopping and compartmentation..
If the BSA onus is on ensuring the design doesn’t change from specification to delivery, then the exactness of the design and the tolerances is crucial..The higher degree of accuracy and innovation in platform components ensures that what was designed and modelled is much more likely to be what is installed on site, with no need for site based problem-solving/adaptions vs. what has been designed and tested..
Platform components create superstructures, which, while a relatively small proportion of the cost, are critical in maximising the accuracy of the installation.The superstructure is highly dimensionally accurate, with fixings designed in to enable high levels of accuracy in the complementary elements that attach to it.