D.Sc., Adjunct Professor, University of Queensland, and
CEO and Managing Director at EM Solutions Pty Ltd,
Australia.
Dr. Gilmore's research area is in the modeling of non-linear
behaviour in microwave circuits, as a result of which he was a
pioneer in developing and applying harmonic balance analysis to RF
and microwave circuit design. Subsequently, while Vice President of
Engineering with Compact Software, he led the introduction of
Microwave Harmonica, the world's first commercial simulator
applicable to the nonlinear design of microwave and RF
circuits.
Dr. Gilmore gained his design experience over a number of years
at Schlumberger and at Central Microwave, where he designed and
developed numerous linear microwave power amplifiers, as well as
oscillators and switching components. Subsequently, while at
Compact Software, he was responsible for the development of their
entire software suite of computer aided design tools. He was later
Vice President at SITA-Equant, operator of the world's most
extensive data network, where he worked with a number of airlines
and multinationals on their data telecommunications and IT needs.
He is currently involved in helping technology start-up companies,
and is Chairman of EMClarity, a designer and manufacturer of
innovative high speed microwave radio links.
He has published more than thirty articles in the field of
microwave systems and circuit design, and has served on the
editorial boards of the IEEE Transactions on Microwave Theory and
Techniques, and of Wiley's International Journal of RF and
Microwave Computer-Aided Engineering. With Dr. Les Besser, he is
co-author of the widely read two-volume textbook Practical RF
Circuit Design for Modern Wireless Systems. He is a Fellow of
the Australian Academy of Technological Scientists and
Engineers.
Dr. Gilmore has been a member of the CEI-Europe faculty since
1995.
Course #15
RF Design and Simulation of Wireless Radio Systems
Course #18 RF Radio Components Design, Linear and
Nonlinear
Course #19
RF and Microwave Circuit Design: Theory and
Applications