Sort by
Refine Your Search
-
of storage technologies, which rely on either high-pressure compression or cryogenic liquefaction-both of which are energy-intensive, costly, and pose significant safety risks. Rux Energy (Rux) is addressing
-
for decarbonising hard-to-abate sectors. Currently the large-scale deployment of hydrogen remains constrained by the limitations of storage technologies, which rely on either high-pressure compression or cryogenic
-
or adapt experimental apparatuses for corrosion testing. proficiency in analytical techniques such as SEM/EDS, XRD, FTIR, TGA, and material testing methods including compressive and flexural strength
-
visualization; applicants are encouraged to include links to relevant code or repositories in their CV experience working with multimodal or data‑driven research workflows and translating quantitative outputs
-
visualization; applicants are encouraged to include links to relevant code or repositories in their CV experience working with multimodal or data‑driven research workflows and translating quantitative outputs
-
shielding, radiation damage, particle transport. Computational skills allowing to compose or modify comprehensive simulation open-source codes. Experience in data analysis and simulations of complex and
-
actively demonstrate the Code of Conduct and Values . Cooperate with all health and safety policy and procedures of the University and take all reasonable care to ensure your actions or omissions do not
-
experiments motion control and data acquisition machine Learning coding using Python writing using Latex. Sponsorship / work rights for Australia Visa Sponsorship is available Pre-employment checks Your
-
usability of the workflows and intermediate complexity climate code Incorporating proxy and other geological constraints, especially for testing multiple paleo-climate scenarios Creating documentation and
-
environments High proficiency in writing code for data analysis (e.g. using R / Python) and using relevant software Demonstrated capability of writing for publication in high-impact academic journals Excellent