Sort by
Refine Your Search
-
Listed
-
Employer
-
Field
-
at transforming the way low back pain is managed across Australia. The program will co-design and evaluate three innovative models of care to improve access to evidence-based care for people with low back pain
-
on digital innovation, quantum-enhanced modelling, and resilient infrastructure systems Base Salary Level A, $117,936 - $125,896 + 17% superannuation About the opportunity The Faculty of Engineering at
-
at transforming the way low back pain is managed across Australia. The program will co-design and evaluate three innovative models of care to improve access to evidence-based care for people with low back pain
-
Full time fixed term for 12 months at Camperdown Campus Opportunity to join a pioneering research program focused on digital innovation, quantum-enhanced modelling, and resilient infrastructure
-
Full time fixed term for 12 months at Camperdown Campus Opportunity to join a pioneering research program focused on digital innovation, quantum-enhanced modelling, and resilient infrastructure
-
engineering faculties worldwide. For more information, visit the Faculty website: https://www.unsw.edu.au/engineering/about-us Skills & Experience: A PhD in Photovoltaic Engineering, Materials Engineering
-
computational methods for analysing spatial omics data work with interdisciplinary collaborators to apply methods to real biological data and interpret results contribute to the supervision and mentoring of PhD
-
, validating models, and publishing high-quality research outputs in peer-reviewed journals About you PhD in an academic field relevant to the discipline. Demonstrated knowledge, confirmed by publications in
-
modelling, data analysis and interdisciplinary approaches, our work investigates pathways to improve the resilience, efficiency and long-term sustainability of solar energy deployment. In this role, you will
-
Your key responsibilities will be to: develop fundamental theories and enabling technologies for intelligent wireless communication systems design, model and evaluate integrated communication, sensing