28 power-electronics-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"UCL" Fellowship positions at Monash University
Sort by
Refine Your Search
-
Research Fellow in Atomically Thin Quantum Materials for Low-Energy Electronics Job No.: 694378 Location: Clayton campus Employment Type: Full-time Duration: 2.5 years fixed-term appointment
-
calorimetry, experimental evolution studies, phylogenetically informed statistical analysis of comparative data compiled from the literature and/or collected using experimental studies, and the ability
-
of Trustworthy AI and Cybersecurity. In this research-focussed role, you will lead and contribute to cutting-edge projects focused on evaluating, building, and deploying secure software systems powered by AI
-
into this position you will hold a doctoral qualification in the relevant discipline area or equivalent accreditation and standing together with subsequent research experience, have a demonstrated ability to carry out
-
publication, together with the ability to work independently and coordinate complex field-based research activities. Experience working with technology-enabled interventions or digital platforms, or combining
-
form and where they might be found. This is a chance to help develop some of the first physical models of how magmatic ore deposits form. Despite their economic importance, these systems remain largely
-
. Analytical and Computational Skills: Demonstrated ability to analyse complex suspension flows, with proficiency in scientific programming (Python or MATLAB) being highly valued. Research Excellence: A strong
-
planning skills with the ability to prioritise tasks, meet deadlines, and solve complex problems innovatively. Exceptional Communication: Strong verbal and written skills, with the ability to produce clear
-
dysregulation, will be highly regarded. For appointment at Level B, you will also demonstrate a stronger publication record, experience across multiple MRI modalities, and the ability to lead research initiatives
-
to research and development for the future LHCb Upgrade II or experiments at a future electron–positron collider, including emerging detector technologies such as SiPMs for single-photon timing measurements