The key duties of the position include The Role Under limited guidance, duties of the Discipline Leader - Radar System Design will include: Leading and shaping the future direction of HF radar related radio-frequency (RF) engineering, hardware design, frequency references and timing distribution, sophisticated experimental field trials, and formal test and evaluation for complex Defence projects. Developing, leading and nurturing science teams to cultivate a highly productive and effective workplace culture and achieve academic and operational outcomes. Apply scientific knowledge and subject matter expertise in ways that are often original, creative and innovative in developing and implementing solutions for problems that arise in challenging Defence environments. Excellent communication skills with a track record of engaging and strategically influencing a large range of partners and stakeholders at all levels across Defence, industry, academia and other research agencies. The ability to deliver practical outcomes for Defence clients in a timely manner, with demonstrated ability to focus on and resolve key technical challenges. About our Team The RF Sensing and Electromagnetic Warfare (RFS&EW) Major Science and Technology Capability (MSTC) within DSTG's Sensors and Effectors Division (SED) drives the application of science and technology to deliver advice and solutions in RF sensing and EW that enhance current and future Defence operational capabilities. The High Frequency (HF) Systems STC within the RFS&EW MSTC drives multi-disciplinary research and sophisticated experimentation to develop and demonstrate advanced HF sensing capabilities. The team has a strong focus on developing and experimenting with both hardware and the software required to operate a radar system. The full process of design, manufacture and deployment of hardware is done by the team. The team also has leading expertise in ionospheric propagation that enables the over-the-horizon feature of HF radar systems. The team collaborates with industry and academic partners to transition innovative technologies into operational capabilities. Our Ideal Candidate We are looking for a motivated team player with a passion in developing High Frequency radio-frequency technology and transitioning developments into operational capabilities for the ADF. To succeed in this role, you must be able to demonstrate the following: Experience in design, manufacture, and testing of High Frequency RF signal generation and reception hardware. Experience in signal processing algorithms. Ability to apply scientific, technical and/or engineering techniques to solve complex problems. Ability to work independently and as an inclusive team member, valuing diversity of ideas. Ability to build good stakeholder relationships. Experience with coding in languages such as Matlab/Octave, Python, and/or C++.
