The award was made for the first time in 2011 and one award is made each year. Between 2011 and 2015 the prize money was £300,000. From 2016, the prize increased to £350,000.[1]
The prize follows a three-year cycle, as follows:
Year one: Medical engineering
Year two: Microwaves and radar
Year three: Lasers and optoelectronics
Conditions
The prize money is to be used for the furtherance of scientific research into the fields of medical, microwave, laser or radar engineering.
The IET A F Harvey Engineering Prize committee searches for potential candidates from around the world for the prize, drawing on wide international networks. The committee draws up a short-list of candidates from whom additional information is requested for further detailed consideration.
The selection takes into account outstanding achievement and potential for further substantial advances in engineering and technology to the benefit of society.
For his pioneering research contributions to, and development of, the field of optogenetics, which has the potential to enable new approaches to therapy.[2]
In recognition of his outstanding contributions to research in the field of lasers and optoelectronics, specifically for his pioneering laser use in advanced silicon solar cell contact formation.[5]
In recognition of her outstanding contributions to research in the field of medical engineering, specifically in biomedical ultrasound and the development of novel agents and fabrication techniques for drug delivery systems engineering.[6]
In recognition of his research achievements in microwaves, antennas and, in particular, metamaterial antenna innovations drawing inspiration from transformation optics.[7]
In recognition of his outstanding contributions to research in the field of Lasers and Optoelectronics, as well as pioneering research on dielectric nanoantennas, a new branch of nanophotonics, which studies the behaviour and use of light in nanoscale projects.[8]
In recognition of his outstanding contributions to research in the field of Radar and Microwave Engineering, specifically in the electrodynamics of metamaterials and its applications to microwave components and devices.[9]