We do not come to any project with a ready-made solution.
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.
Prior to joining Bryden Wood, he led the technical development and process engineering on complex projects in diverse sectors, particularly pharmaceuticals and vaccines but extending to food, fine chemicals, consumer products, battery technology, industrial fibres, waste treatment and nuclear.The application of timber is wide reaching from engineered timber solutions to simple uses of lumber in isolated instances.
The right type and application of timber needs to be considered alongside the building typology.However, our prevailing view is that timber is the best structural option, particularly in designs driven by carbon.
Timber should be used in low rise buildings such as residential, schools and retail, and could be introduced as upper storeys on a variety of taller builds mixed with other construction systems.It is not the solution for all buildings, but it has its place within the industry and should be maximised within its constraints.. Technical areas that require further investigation and that may shift the public perspective of engineered timber include the adequate carbon accounting of root decaying and soil, and the impact of sustainable forest management on ecosystems..
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