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School of Electronic Engineering and Computer Science

QMUL Microwave Pioneer to Receive Sir Frank Whittle Medal

Internationally renowned British microwave engineer Professor Peter Clarricoats CBE FREng FRS (Antennas Emeritus Professor and FOunder of the Antennas and Electromagnetics Research Group at QMUL) is to receive one of the Royal Academy of Engineering’s highest accolades, the Sir Frank Whittle Medal, for his influential achievements spanning more than half a century.

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QMUL Microwave Pioneer to Receive Sir Frank Whittle Medal

Internationally renowned British microwave engineer Professor Peter Clarricoats CBE FREng FRS (Antennas Emeritus Professor and FOunder of the Antennas and Electromagnetics Research Group at QMUL) is to receive one of the Royal Academy of Engineering’s highest accolades, the Sir Frank Whittle Medal, for his influential achievements spanning more than half a century.

RAEng

Internationally renowned British microwave engineer Professor Peter Clarricoats CBE FREng FRS is to receive one of the Royal Academy of Engineering’s highest accolades, the Sir Frank Whittle Medal, for his influential achievements spanning more than half a century.

Academy President Professor Dame Ann Dowling DBE FREng FRS will present the award to Professor Clarricoats, Emeritus Research Professor at Queen Mary University of London, at the Academy’s AGM in London on Monday 21 September.

Over the last 50 years, Professor Clarricoats’ successes have ranged from pioneering research with Nobel laureate Sir Charles Kao KBE FREng FRS on optical fibre technology, to influential work on the design and development of high-performance microwave antennas for space-borne satellite communications. His immense contributions have made him one of the best-known microwave engineers of his generation.

“It is probably not well known that Charles Kao was an Honorary member of our Group in the early 1970’s. Together with Peter’s PhD student KB Chan they provided rigorous solutions to the problem of the optimum parameters for the core of an Optical Fibre”

At Queen Mary University of London, Professor Clarricoats developed a theory that confirmed the correct choice of physical attributes in optical fibre, essential for long-distance communication links, before turning his attention to microwave antennas for communication and radar systems. Most ground station reflectors, radio astronomy reflectors and satellite antennas now use corrugated horns of the type first investigated by Professor Clarricoats in the 1970s and ’80s. Since his partial retirement, Professor Clarricoats has remained as an emeritus professor and continued his industrial and senior government appointments with institutions including the Ministry of Defence and the European Space Agency.

Professor Clarricoats said: “Since I joined the academic world from industry in 1959, I have been able to start research groups at Queens University Belfast, the University of Leeds and finally at Queen Mary University of London where I have spent the last 47 years. In all three I was greatly helped by outstanding colleagues and from the outset was fortunate to have support from industry, government and the European Space Agency. We had great success in solving many of the problems they posed, often with innovative ideas. My message to academics is to get involved with industry.”

The official Press Release fro the Royal Academy of Engineering.

 

 

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