The key duties of the position include The Role Working as part of the Advanced Propulsion Concepts and Optimisation discipline, the successful candidate is expected to work across the STC and division in both developing new and novel approaches to propulsion system design/analysis, as well as translating mission-level propulsion optimisation results into actionable prototypical experimental activities. The responsibilities of the role may include but are not limited to: Development of new algorithms and capabilities for the DSTG developed propulsion system optimisation toolset, APOGEE; a physics-based genetic optimisation software used to conduct a range of design studies and synthetic experiments to drive propulsion specific S&T innovation priorities. Research into multi-objective optimisation algorithms, shape-change optimisation, trajectory optimisation, data visualisation &/or machine learning as applied to rocket and air-breathing propulsion system detailed concept design. Air-breathing and traditional propulsion system design & assessments - including: model development; analytical simulations, and; development of prototyping approaches. Development and execution of mission-specific propulsion system optimisation trade studies to deliver against ongoing prioritised programs. About our Team The Missile & Space Propulsion (MSP) Group undertakes S&T to identify, assess and then develop novel propulsion systems to deliver step changes in performance for future missile systems, via allied international co-development, and in conjunction with an extensive network of AUS Industry and academic partners. The MSP STC capability is employed ensuring the safe and reliable deployment of the ADF's guided weapon inventory. The group has an end-to-end capability encapsulating: advanced propulsion system concept development; propulsion system utility assessments; theoretical design and optimisation; materials development & characterisation (both inert and energetic); through to sub-system development, integration and testing. MSP STC sits at the intersection of each of the GWEO Enterprise, High Speed Weapons and Long Range Precision Fires (all DSR priorities) and is an outcome driven group that operates in a high tempo environment. The group has a key emphasis on transitioning its S&T into Industry to deliver Defence capability options. Our Ideal Candidate Tertiary qualified in Aerospace Engineering with desirable qualifications and experience in computer science, or directly relevant experience across these fields. Experience in propulsion systems, optimisation methodologies, data analysis and visualisation will be highly regarded. Demonstrated experience working as part of integrated, multi-disciplinary teams to deliver complex S&T projects is essential. Demonstrated experience in engaging and collaborating with both internal and external stakeholders across Industry, academia and Government. Needs to be comfortable operating in a high-tempo, outcome-driven environment.
