![]() Post Doctoral Research Associate![]()
(Starting salary up to £22,289) Advanced Ultra-wideband (UWB) devices for wireless communications and radar Applications are invited for a three-year Post Doctoral Research Associate post to work on an EPSRC funded project on developing Advanced Ultra-wideband (UWB) devices for wireless communications and radar. In particular, the project will deploy liquid crystal polymer (LCP) that has recently emerged as a new microwave substrate and package material. The proposed research will investigate new design philosophies. Innovative UWB filtering structures that exploit multilayer capability of LCP will be implemented in the light of enabling manufacturing technologies such as laser machining. The reconfigurable UWB filtering sub-system integrating both active and passive components in a single LCP package will be developed.The post is for 3 years with a starting date before 30 June 2007 and a starting salary up to £22,289. Potential candidates should have a PhD in microwave engineering with experience in multilayer circuit designing and testing. Ideally, the person to be appointed should have a good track record on research and publications, be self-motivated with strong research abilities to generate new ideas and high quality publications.For further details please contact Dr Jia-Sheng Hong, Dept Electrical, Electronic & Computer Engineering, Heriot Watt University, Edinburgh, EH14 4AS (Email: J.Hong@hw.ac.uk). To Apply, please send a full CV including two referees (email address preferred) that we can contact for references.
Advanced Microwave Devices for Frequency-Agile Applications (Starting salary up to £20,540 per annum)
Applications are invited
for a Post Doctoral Research Associate post to work on an EPSRC
funded project on developing advanced microwave devices for
frequency-agile applications. Thin films of ferroelectrics such
as Barium Strontium Titanate (BST) have recently been developed
with sufficiently low loss and high tuneability to enable novel
components such as tuneable capacitors, resonators and filters
that can be operated at a room temperature. This research
project aims to develop novel thin-film BST tunable microwave
devices, including BST varactors, tuneable microwave resonators
and filters and a microwave switch. All are of importance for
many RF/microwave systems.
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