Although at a conceptual level this was thought to be a good idea, there are several issues to overcome.

Graham’s ability to balance the services requirements with the design requirements of his architectural and structural counterparts ensures a well-considered and functional end product.Mauro joined Bryden Wood in 2013, after four years of post-graduate experience in Italy delivering mainly residential and hospitality projects.. His background in residential design found its natural expression in a major mixed-use residential scheme with more than 15,000 homes, after a period focusing on the extensions of three London schools..He has been involved in a variety of different schemes since he joined the company for clients including GlaxoSmithKline, Heathrow Terminal 3 and Circle on the concept design for a new private hospital in Birmingham.

All the projects have been developed through the use of BIM (Building Information Modelling) for seamless co-ordination and production of information, through to delivery on site, controlling the flow of information and delivery with a view to dramatically improving efficiency in design and delivery.Following a Master’s dissertation on healthcare architecture, Martina joined Bryden Wood and quickly established a key role in our healthcare team.. Martina now leads the.architectural team.for the 19,000m.

Circle Birmingham Hospital.and Rehabilitation project.

She has been involved in the design from conception, contributing to the improvement in quality of the internal spaces for patients, staff and visitors.

Thanks to her expertise in healthcare architecture, she has primarily focused on refining the internal layout of the hospital, through the ongoing engagement of stakeholders and user groups from Circle hospitals.. Martina has led the team through the construction stage for Circle Birmingham, with a design, management and coordinating role on the project which involves dealing with clients, contractors and external consultants.And secondly, constructing a 'Flow Network' to represent the chilled water system, which interfaces with the 3D model to provide mutual feedback during the simulation.

Through this comprehensive analysis, we can evaluate the performance of both the data hall and chilled water system at every stage of the outage and subsequent restart, thereby validating the resilience of the design and providing a level of assurance..This analysis allows for the optimisation of design elements, such as UPS, to ensure inclusion only where necessary, leading to significant cost savings and a reduction in embodied carbon.

Accurate determination of buffer vessel sizing through this analysis helps prevent oversizing, thereby saving costs and plant space, and minimising the need for structural reinforcement..The optimisation of the chilled water system design ensures even distribution throughout the data hall.