The vital role of design to foster collaboration across the sector, and outside it, was universally accepted..
He works from - and is part of the management team for - the St Albans office.. With a background in electrical engineering, Andrew is now also responsible for the management of design projects, ensuring a high standard of engineering and co-ordinating with other disciplines.. Andrew has a strong focus on client liaison to ensure projects are successfully delivered and exceed client expectations.Zydrunas is a self-motivated and enthusiastic, with great technical and problem solving skills.. His disciplined approach ensures that all work is carried out consistently to a high standard.He is a dedicated individual who has hands-on attitude and he is always ready to implement and develop new systems in the IT department.. Zydrunas joined Bryden wood in 2014.
As IT system administrator his excellence and comprehensive knowledge is demonstrated with a solid background in all server and desktop operating systems.This includes a thorough understanding of network technologies and various operating systems, which gives him the ability to diagnose a wide variety of issues.. Zydrunas has worked on many significant projects at Bryden Wood such as implementing the Internal Backup System, upgrading the company’s hardware and software, connecting and setting up a branch offices.Adrian is a chartered chemical engineer with over thirty years’ experience in the design and development of biochemical and chemical processes and facilities.Since joining Bryden Wood in 2018, he has played a leading role in a wide range of front-end projects and the development of.
Bryden Wood’s industrial sectors capability.Adrian currently leads the growing process engineering team at Bryden Wood, further adapting the practice of design to value, integrated design,.
design for manufacture and assembly.
to a range of pharmaceutical, biotechnology, industrial and process sector projects.. Adrian’s previous roles span major engineering and construction companies, blue-chip manufacturing, and consultancy, across Europe, the US and Singapore.If the timber only chars, it might remain stable but may not be suitable for compartmentation as smoke can break through at joints.. Our response is to:.
- Use engineered timber in lower buildings with a decreased risk of vertical propagation.. - Involve specialist contractors and fire specialists from early stages to ensure the material’s structural integrity in the event of fire and robust co-ordination between disciplines.. - Engage early with statutory bodies, supply chain, and timber contractors.. - Consider the use of sacrificial layers of timber to protect the rest of the structure and potentially result in self extinguishment.. - Use timber fire treatment such as intumescent paint to prevent the spread of fire and reduce the amount of smoke produced, taking account of the impact on recyclability.. - As a last resort, consider full fire bonding if there is a risk of debonding of layers.This scenario is appropriate in multistorey residential buildings.. Other general concerns when using CLT include:.
- Volatile Organic Compounds (VOC’s).- Shortage of construction expertise.