More in
Fund looks to turn scientific advances into useable products
A Cambridge University academic has been awarded £1.2m to help innovators translate scientific advances and technological developments into product ideas suitable for manufacture, distribution and use.

Dr Nathan Crilly’s five-year Early Career Fellowship will be used to develop design guidance for scientists, technologists and engineers working with emerging technologies.
In a statement Crilly said: ‘The projected markets for emerging technologies are enormous, and the UK is in a strong position to lead technology development and commercial exploitation.
‘However, realising these opportunities depends on the capacity to translate scientific advances and technological developments… Developing flexibly applicable design guidance is key to enhancing that capacity.’
The project will examine a variety of scientific developments, ranging from nanomaterials constructed at the atomic level through to smart infrastructures enabled by the internet and other complex systems.
Factors that contribute to the successful development and operation of such technical systems will be identified, structured and communicated.
Crilly added: ‘Developing actionable design guidance is challenging because there is uncertainty over which of the many rapidly emerging technologies will be commercialised, and which different types of system these technologies will be composed of.’
Register now to continue reading
Thanks for visiting The Engineer. You’ve now reached your monthly limit of news stories. Register for free to unlock unlimited access to all of our news coverage, as well as premium content including opinion, in-depth features and special reports.
Benefits of registering
-
In-depth insights and coverage of key emerging trends
-
Unrestricted access to special reports throughout the year
-
Daily technology news delivered straight to your inbox
Fusion inches closer as ITER completes magnet system
The problem with a Tokamak shape for the fusion plasma, is that the magnetic field from the central solenoid reduces from the centre outwards, leading...