28 affective-computing-"https:"-"https:"-"https:" Postdoctoral positions at University of Sydney
Sort by
Refine Your Search
-
About the opportunity Established as the first computer science department in Australia, the School of Computer Science (SCS) is research intensive and has a strong tradition of research-led teaching. The
-
collaboratively, leading to publications, presentations and impact develop and refine independent research skills under the supervision of more senior academic staff ensure quality, standards and excellence
-
to meaningful, high-impact work that improves population health outcomes while building your independent academic profile Base Salary $121,054 + 17% superannuation About the opportunity The Institute
-
, the profession or community contribute significantly to successful applications for competitive research grants and/ or funding to deliver research impact provide training, informal mentoring, and guidance
-
Full time, fixed term opportunity for two years, located at the School of Chemistry, Camperdown Campus Sydney Opportunity to drive a high-impact research program using catalytic air-gap
-
cells within the prostate tissue are most susceptible to toxic heavy metals, their impact on cancer growth and associated aggressive disease and health disparities. Ultimately, the successful candidate
-
Full time, 2 years fixed term, located on the Camperdown Campus at the School of Chemistry Opportunity to drive a high-impact research program on engineering carbon fixation in cyanobacteria Base
-
, sensing, and computing within a single unified network. These positions will involve advancing fundamental theories and the enabling technologies needed for simultaneous communication, sensing, computing
-
manufacturing process, such as: Identify any key parameters in the mfg process that impact material performance Optimise power/energy usage throughout the process The outcome will be to optimise the manufacturing
-
impact. Your key responsibilities will be to: conduct high-quality, original research on AI-enabled decision-making dynamics in complex, large-scale project systems develop formal, computational