Further Reading Material
Summary of Propulsion Materials
Presentation Brief
Presentation Slides
Synopsis
When discussing disruptive capabilities and technology, there are few examples more relevant than hypersonics and ‘NewSpace’ access. In both instances, propulsion technologies are a key underpinning element enabling the relevant missions: high speed strike weapons as well as a new breed of responsive space access vehicles. DST Group have developed and matured several technologies of critical importance to the realisation of future high performance weapon systems and responsive space access. Driving these advances are developments such as additive manufacturing of both inert and energetic materials, materials developments, improved fuels and optimisation—all leading to new innovations in rocket science. In addition to iteration and innovation around known technologies, several advanced propulsion system technologies have recently emerged and are being pursued by DST.
This presentation will highlight recent technology developments and advanced propulsion systems research being conducted at DST Group for application in high speed systems and responsive space access.
Alexander Ziegeler
Alexander Ziegeler was awarded a bachelor of Aerospace Engineering with Honours from the University of Adelaide in 2009 before joining Defence Science and Technology (DST) Group in 2010. Alexander worked initially on safety and suitability of in-service weapon systems where he was awarded the Chief of Air Force Commendation for work supporting the ASRAAM and Classic Hornet before joining the Missile and Space Propulsion Group as a Propulsion Engineer. This work includes assessment of novel propulsion systems for military utility and responsive space access, development of propulsion sub-systems as part of international collaborations and a lead role in the Advanced Tactical Booster Technology program addressing next generation high performance rocket technologies for a range of applications.