13 phd-in-power-electronics research jobs at University of Glasgow in Ireland-United-Kingdom
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industrial design of the coil housing, and a track record of developing custom-built coils for UHF MRI. You must hold a PhD in MRI physics, electrical/electronic engineering or a related subject. Expertise in
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to the submission of an MD or PhD degree. Although research will form the major component of this post, participation in associated clinical duties and teaching will be incorporated into the job plan. Main Duties and
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well as to national and international workshops/conferences and to overseas collaborators) as well as computer equipment (laptop). A strong background in mathematical physics and/or algebra is essential, in particular
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applicants intending to apply for a post-doctoral research fellowship. Post-doctoral applicants should be GPs who are about to complete or are within one year of completion of a higher degree (PhD or MD
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and electronic device physics. For appointment at Grade 7: Essential: A4 Normally Scottish Credit and Qualification Framework level 12 (PhD) or alternatively possess the equivalent in professional
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completion) PhD in Chemistry, Analytical Chemistry or equivalent Skills Essential: C1 Knowledge of current methods for the analysis of small molecules in complex samples by Nuclear Magnetic Resonance (NMR
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will contribute to and/or lead the development and implementation of novel feature extraction methods for geotagging images. Specifically, the job requires expert knowledge in computer-vision. The
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and processes. Typical investigations might involve some combination of lasers, fibre optics, optical modulators, interferometers, precision manipulators, precision measurement, quadrant photodiodes
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Job Purpose You will make a leading contribution to our Microelectronics Lab (www.melabresearch.com ) by working with Professor Hadi Heidari. Specifically, the job requires expert knowledge
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neurotechnology and Brain-Computer Interfacing. The aim is to explore long-term behavioural and neurological effects of regulating EEG brain rhythms in humans using two synergistic techniques: neurofeedback and