Discover his unique perspectives on how we can collectively contribute to a more purposeful and rewarding future..
In 2022, he co-authored the RIBA-published book:.Design to Value.
Jaimie Johnston MBERyan joined Bryden Wood in 2007, where he leads.and multidisciplinary design teams on projects across a diverse range of sectors.. During his time at Bryden Wood, he has been responsible for contributing to a wide range of initiatives in the areas of process, product based approach and pre-assembly, always exploring how to bring.additional value.
to the client and their partners, through solutions integrated into the client’s operational needs.. Ryan has most recently been working with clients in the Education, Private Healthcare and Pharmaceutical sectors to deliver complex projects in the UK and abroad.Paul O'Neill joined Bryden wood in 2000.and multidisciplinary design teams working on projects which are at the forefront of innovative design and is involved in all stages of the design and construction process, from inception to completion.. Paul’s design capabilities, broad knowledge of construction techniques and experience in delivering highly complex projects, have enabled the realisation of a diverse range of projects.
Paul also ensures quality, efficiency and added value is delivered throughout Bryden Wood’s projects.. Paul has extensive knowledge of the planning system and has delivered numerous approvals for a range of clients across many sectors.
This includes projects with complex phasing requirements, in terms of both future expandability and adaptability.This is one of the key drivers for smart systems, as the level of data already outstretches the human capability to examine, analyse, and make-sense of it.. Smart systems can provide a mechanism to inform decision making, but the sheer quantity and flow rate of new data also create practical problems.
Due to the data flow rate and a perceived lack of secure systems and protocols, WiFi is not used for laboratory instruments.The need for wired ethernet and the development of CAT standards is driving larger service voids (bigger, more expensive lab buildings) which in turn restricts flexibility and adaptability..
The data issue is another factor impacting the skill sets required in the laboratory..Although the automation path forward for laboratories is uncertain, it was felt that longer-term plans and strategies were needed.. For example, if automated systems become prevalent, they become increasingly critical to operations and supply chains.
(Editor: Quick Fans)