18 November 2015 | The Brewery, London, UK
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Measurement in Action
Congratulations to our finalists
The following entries have been shortlisted for the 2015 Measurement in Action Innovation Award:
3D-printed Smartphone probe for tele-monitoring and sensation loss measurement
Our patented 3D-printed healthcare probe attaches onto the patient’s smartphone, adjusting vibration intensity to assess sensation loss. The novel app enables patients to self-measure their sensation level which affects 2% of the UK population.
Data is transmitted wirelessly, alerting clinicians, removing travel costs, reducing NHS consultant’s time, improving measurement consistency and quality.
Bournemouth University and Royal Bournemouth Hospital NHS Foundation Trust
An automated radio-frequency scanner for non-destructive testing of carbon composites
A portable automated scanner for non-destructive testing of Carbon-Fibre-Reinforced Polymer (CFRP) composites has been developed (Comp-Health system).
The functional system is equipped with an array of newly developed Radio-Frequency coupled spiral inductive sensors which allows the measurement of defect size and location for planar as well as curved CFRP structures.
Comp-Health Consortium: ETS Sistemi Industriali srl, Brunel University London, Warsaw University of Technology, National Technical University of Athens, ATARD a.s., UAB Elmika, Kingston Computer Consultancy Ltd and Nemetschek ood.
Multi-surface optical interferometric vibrometry
The innovation is a novel optical fibre laser-based instrument that permits non-contact measurement of displacement and vibration with nanometre resolution of multiple semi-transparent surfaces along the line of the laser beam.
The instrument is low cost and robust and overcomes limitations of expensive commercial systems.
Engineering Photonics Cranfield University
Quasi-static magnetic measurements for security applications /contraband detection in prisons
A novel security detector based on magnetic detection has been developed and is proving to be a commercial success internationally.
It addresses the major problem of finding illegal mobile phones in prisons as well as for fighting gun and knife crime and protecting public buildings.
Phase-sensitive radar for precision measurement of basal melting of ice-shelves
Our innovation is a low-power radar instrument developed to measure the basal melt rate of Antarctic ice-shelves with millimetre-precision at hourly intervals over a period of one year or longer.
The instrument is powered with one lead-acid battery, and includes custom-designed broadband antennas which can be manufactured at low-cost.
University College London
See the winner announced on 18 November
Be amongst the first to see who the winner is by joining the finalists at the Innovation Awards Dinner and Ceremony, taking place at The Brewery, London, on 18 November.
Measurement in Action information
Entries to the IET Measurement in Action category can range from research concepts and ideas to technical issues and industrial applications, and are encouraged from, but not limited to, the themes and topics in the following areas:
- Monitoring and diagnosis by the novel application of measurement science and technology
- Novel measurement systems or instrument design
- Novel applications of measurement
- Improvement of industrial processes or products by measurement
- The use of measurement in areas with large economic or social impact
Entries will be assessed for the level of innovation shown, the thoroughness with which ideas have been pursued, the economic or social benefits involved, and the degree to which the work has pioneered a significant new field or activity.