Watch: Platform II: Transforming construction with Bryden Wood's innovative P-DfMA approach delivering efficiency, sustainability and design
These range from site impact assessments to supply chain analysis and facility design..
This method proves crucial for clients with national or global projects requiring rapid execution..Efficiency and cost-effectiveness:.
Discover how reference design circumvents the need to start from scratch for each project, thereby saving time and reducing costs.It avoids unnecessary variation that adds expense without value, focusing instead on efficiency and operational effectiveness.. Client-specific flexibility:.Gain insights into how reference design varies based on client or sector needs, with examples from the Ministry of Justice and the healthcare sector, demonstrating the adaptability and customisation of the approach..
Enhanced design process:.Understand how reference design amplifies benefits, allowing for extensive stakeholder engagement and the integration of best practices into a repeatable design, leading to improvements in asset operation and maintenance..
Continual improvement cycle:.
Learn about the cyclical nature of improvement in reference design, where lessons learned from ongoing operations are integrated into future iterations, fostering continual enhancement rather than constant reinvention.. Strategic site selection and design optimisation:.A key aspect of PETP was to develop standardised solutions at a range of scales that could be deployed across multiple buildings and sites, from components and rooms to entire building types and continues through the new capacity programme(s).
There were many reasons for this approach:.Standard solutions allow for a greater level of design and refinement – if a solution is going to be used multiple times then the benefit of good design is multiplied and amplified.
It afforded us a far greater level of stakeholder engagement and buy-in than we would typically achieve for a one-off design (see below).This resulted in, for example, designs that were highly optimised in terms of layouts, space allocation, adjacencies and functional flows – which could then be deployed across the PETP programme and wider prison estate.