Sort by
Refine Your Search
-
Category
-
Employer
-
Field
-
exciting opportunity exists to get involved in high-impact research in evolutionary physiology at the School of Biological Sciences alongside world-class researchers. You will have the opportunity to design
-
Cambridge, Massachusetts. Your key responsibilities will be to: design and implement mathematical algorithms, and facilitate their integration into Magma engage with users, researchers, and developers, both
-
Level A) Based at our vibrant and picturesque St Lucia Campus About This Opportunity Join a growing, collaborative research team developing innovative quantum algorithms for decarbonisation applications
-
machine learning, mathematical modelling and algorithm design to enable autonomous operation of large satellite constellations. You will also develop an open-source simulation and benchmarking platform
-
machine learning, mathematical modelling and algorithm design to enable autonomous operation of large satellite constellations. You will also develop an open-source simulation and benchmarking platform
-
validate wearable data algorithms, software tools and pipelines supporting large-scale, multi-cohort research. It will contribute to the ProPASS federated data analysis platform, including testing
-
machine learning can be used to understand complex behaviours such as reliability, competence, transparency and trust. The position will design and develop innovative reasoning algorithms and knowledge
-
complexity theory, quantum algorithms, optimisation and quantum sensing. Your work will contribute to the development of new computational frameworks and approaches spanning sensing optimisation, adaptive
-
appendages across diverse vertebrates. You will collaborate with developmental biologists, geneticists and evolutionary scientists across the Faculty of Science. The team offers strong technical support
-
Geography, Climate Science, Evolutionary Biology, Ecology and Marine Science and Oceanography. The Postdoctoral Fellow will investigate future changes in evapotranspiration across southeastern Australia and