Now that we’ve stabilised the DfMA platform and the capability to visualise solutions, the ability to go from concept to fabrication much more quickly and to benefit from generative design will bring huge opportunities for the future.. To learn more about our Design to Value approach to design and construction, sign up for our monthly newsletter here:.
Alternatively, you can design your building with a particular system in mind from the start.. PRiSM is quick and easy to use.It brings designers and manufacturers closer together, creating a common understanding and language.
This enables a richer level of collaboration, including more advantageous conversations, which can occur earlier in the housing design process than they normally would.. PRiSM & Residential Data.One of the most important things about PRiSM is the research that sits behind it, achieved through the analysis of literally thousands of London apartments.PRiSM benefits from substantial research into a broad cross-section of residential developments, various typologies, areas and spaces within apartments.
We wanted to understand just how much standardisation was actually taking place.We also wanted to map out all of the different typologies it was possible to build, in order to create a common language with which to talk about housing.
Because of the density requirements of inner-city London sites, we initially focused on central corridor apartment buildings within PRiSM.
We started with typologies which were most commonly in use and would therefore provide the biggest benefit., and extensive experience working within a collaborative multidisciplinary team, Michael excels at upholding the highest standards of coordination and quality.. Michael joined Bryden Wood in 2012 and has been central to the continued success and improvement of the civil engineering department and ensuring the integration of the civil workstreams into the.
environment utilised at Bryden Wood.Through his experience working on a large range of projects from diverse sectors, Michael has demonstrated his ability to effectively and creatively solve complex design problems and respond to the challenges of rapidly changing project landscapes by pre-empting risks and proactively seeking solutions.. With a commitment to innovation, Michael has been at the forefront of developing a number of technological advancements to help leverage the benefits of a data-rich model environment, including advanced visualisation capabilities and introducing virtual reality as a practical tool for projects.Stefanos joined Bryden Wood in 2013 having previously finished his Master’s degree in Adaptive Architecture and Computation – MSc AAC at the Bartlett School of Graduate Studies.. Before that he worked in architectural firms and technical offices in Greece, mainly involved in small residential and refurbishments projects, as well as international architectural completions.. Stefanos began his career at BWL by working on the design and implementation of a standardised “chassis” solution for a mixed-use residential development, from which he progressed to the design and planning preparation of the various plots appointed to the company..
Since then he has worked in various projects occupying different roles that have enabled him to develop and grow as a professional.Notable roles include his involvement with GSK ICentre concept design and Blasé beach House concept and details design, the latter of which placed Stefanos in the position of Design Lead where his collaborative skills were integral to ensuring the smooth running of the scheme via the combined working of a multi-disciplinary team..