Buildings need to be able to adapt for future uses and by designing this in from the start we will use fewer materials in the future..

As part of her experience on larger projects, she is fully conversant with the.process and the advantages to the whole life cycle to a project this brings.Tanya is a director and project lead, specialising in agile project management techniques.

She is the programme lead for the long-running Front End Engineering & Design initiative, working with the leading biopharmaceutical company GlaxoSmithKline (GSK) across their global portfolio of projects.These range from site impact assessments to supply chain analysis and facility design..Joining Bryden Wood in 2015 after several years as a structural engineer and in the FinTech (Finance/Technology) sector, Tanya’s focus was initially to strengthen Bryden Wood’s front end capability, incorporating an agile approach to project management, while also leveraging her background in engineering.. Tanya’s driver is always that projects follow the principles of.

Design to Value.This ensures that both the projects undertaken, and solutions developed, are right for the client and deliver maximum value.

Incremental, iterative design, constant close collaboration with stakeholders and openness to change are key to this.. Tanya works closely with stakeholders to identify the business need and value drivers for projects, and to define their overall scope.

She then brings together and manages multi-disciplinary, multi-national and multi-organisational teams to quickly identify and develop value-adding, innovative solutions.Having been involved a little in a project to look at the production of carbon-neutral synthetic aviation fuel and conversations about the replacement of coal-fired power stations with small nuclear energy generation; I wanted to know how many small nuclear plants it would take to replace the totality of aviation fuel.

Given that it seems that using agricultural biofuels is a cul-de-sac; I imagined all the synthetic fuel being fixed from CO2 in the atmosphere.. Now I am aware that my calculations may be wrong, I used good, referenced papers and information, but I can make mistakes.The answer I came to was, at first, shocking.

Data suggests that the demand for Kerosene within 10 years will be 100 billion Gallons per year.To produce this amount of synthetic Kerosine from CO2 will need approx.