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Full-time, Fixed-Term 2-Year Contract, Academic Level A Penrith Campus with occasional field and multi-site work Salary: $97,153 – $117,376 per annum, plus 17% Super and Leave Loading Shape the future of neuromorphic sensing for autonomous maritime systems through cutting-edge underwater AI research and field deployment. The Opportunity The International Centre for Neuromorphic Systems (ICNS), part of the MARCS Institute for Brain, Behaviour and Development, is seeking a Postdoctoral Research Fellow to join the ASCA project (Aqua Colliculus Autonomous Neuromorphic Sonobuoy Network for Multi-Modal Sensing and Decision-Making). This role sits at the intersection of electrical engineering, neuroscience, computer science, and signal processing delivering real-world impact through neuromorphic maritime sensing systems. You will contribute to the design and implementation of advanced underwater acoustic localisation, tracking, and classification systems, with a strong focus on spiking neural networks (SNNs) and low-power FPGA-based inference. You will play a key role in developing next-generation hydrophone array systems and neuromorphic preprocessing pipelines that operate reliably in complex, noisy, and dynamic underwater environments. Working within a highly interdisciplinary and internationally connected research team, you will help translate theoretical models into field-deployable systems, supporting experimental validation, sensor integration, and real-world maritime trials. This is a hands-on research role that combines algorithm development, embedded system design, and field experimentation to advance the frontier of autonomous underwater sensing. What Success Looks Like: Delivery of validated underwater acoustic localisation and tracking algorithms with robust benchmarking and evaluation. Development of neuromorphic models enabling anomaly detection, classification, and localisation cue inference. Reproducible and well-documented research pipelines supporting experimental integrity and scalability. Successful integration of hydrophone arrays and synchronised multi-channel acquisition systems. Effective contribution to field trials, multi-sensor experiments, and publication outputs in high-impact venues. Please refer to the Position Description for full details. About You You are an ߣߣ��Ƶn citizen (mandatory requirement for this role). You hold a PhD (or have submitted your thesis) in Electrical/Electronic Engineering, Signal Processing, Acoustics, Robotics, Computer Science, or a related discipline. You bring strong experience in underwater acoustics or multi-microphone/hydrophone array processing, including beamforming, localisation (e.g., TDOA/ITD), and calibration techniques. You have demonstrated capability in developing sensor systems and field-deployable research platforms, including DAQ, timestamping, and synchronisation. You are highly proficient in Python and/or C/C++, with strong experience in Linux environments and version control (Git). You have a strong publication record and experience delivering reproducible research outputs in collaborative environments. You are comfortable working across disciplines and contributing to team-based research, with exposure to FPGA or embedded systems considered highly desirable. Benefits We invest in the people who make our mission possible. Alongside a rewarding career, we offer a range of benefits designed to support your financial, personal and family wellbeing. Financial benefits: Access to staff-only products and offers with selected banking partners, salary sacrifice options for onsite parking, and novated motor vehicle leasing. Health and wellbeing support: Free Employee Assistance Program (EAP), complimentary annual flu vaccination, eligibility for Fitness Passport membership, and access to discounted private health cover. Onsite childcare: Long day care and early learning services operate at our Campbelltown, Hawkesbury, Parramatta, and Penrith campuses. Staff may be eligible for discounted fees and salary packaging, with places subject to centre capacity. Application Details Position Enquiries: Direct to Dr Ying Xu, Postdoctoral Research Fellow in Auditory Neuromorphic Engineering via ying.xu@westernsydney.edu.au. Please include the job reference code REF1456O. Closing Date: 11:59pm, Monday 27 July 2026. Working Rights: You must provide evidence of full-time working rights in ߣߣ��Ƶ at application. How to Apply: Please note that only applications submitted via the University’s online recruitment system will be considered. As part of your online application, you will be asked to respond to screening questions addressing the key qualifications, experiences and skills required for this position. Belonging at Western We are committed to substantive equality as outlined in our Equal Opportunity Policy. We actively encourage applications from Indigenous ߣߣ��Ƶns, candidates of all gender identities and expressions, people of all abilities, and those from culturally and linguistically diverse backgrounds. For Reasonable Adjustments during the application process, please contact talentacquisitionteam@westernsydney.edu.au. About Western This is your opportunity to be part of something bigger. By joining Western Sydney University, you become a valued member of our community. As our region changes, so too does our university. Western is boldly different, energetic, global, diverse, dynamic, and youthful. Our mission is to deliver student success, impactful research, and stronger communities. As part of our team, you will have a stake in shaping the future of education, broadening horizons, and changing lives. Making a difference starts at Western. For the latest please visit our website and LinkedIn. About The International Centre for Neuromorphic Systems (ICNS) The International Centre for Neuromorphic Systems (ICNS) is a Centre within the MARCS  Institute for Brain, Behaviour and Development. The Centre is explicitly interdisciplinary, by combining electrical engineering, computer science, signal processing, and neuroscience. ICNS’s focus is on developing Neuromorphic Engineering solutions to existing problems. The Centre has strong international partnerships within the Neuromorphic engineering community. Further information is available from our website http://westernsydney.edu.au/icns.

Assistant Professor / Associate Professor / Professor in Aerospace MRO (Smart Maintenance & Repair Systems) The Singapore Institute of Technology (SIT) is Singapore’s first University of Applied Learning, offering industry-relevant degree programmes that prepare its graduates to be work- and future-ready professionals. Its mission is to maximise the potential of its learners and to innovate with industry, through an integrated applied learning and research approach, so as to contribute to the economy and society. The university’s unique pedagogy integrates work and study, embracing authentic learning in a real-world environment through collaborations with key strategic partners. Its focus on applied research with business impact is aimed at helping industry innovate and grow. SIT’s centralised campus within the Punggol Digital District features a vibrant learning environment where academia and industry are tightly integrated with the community. SIT espouses an applied learning approach and offers degrees with a strong focus on science and technology. Our faculty work closely with industry on translational research and innovation, as well as provide consultancy on solutions to industry challenges. This well-established nexus with industry endows our graduates with deep skills and work-ready training experience. SIT is strengthening its capabilities in Aerospace Maintenance, Repair and Overhaul (MRO), building a cohort of faculty who are experienced in solving real-world aerospace maintenance challenges through applied research and innovation. Focus areas for Aerospace MRO include: Smart Maintenance & Predictive Diagnostics Digital Twins & Lifecycle Engineering Robotics & Autonomous Inspection Systems Composite Structures Inspection & Repair Advanced Repair Technologies (e.g. Additive Manufacturing) Responsibilities: Lead and contribute to applied research projects with industry partners and government agencies in Aerospace MRO Develop and teach Aerospace MRO-related modules within SIT’s Aircraft Systems Engineering (ASE) and interdisciplinary programmes Supervise Industry Doctorate/Masters and capstone projects in collaboration with domain faculty and industry partners Contribute to SIT’s continuing education and workforce upskilling programmes (CET/CSM) Drive translational research outcomes, including deployment of solutions in operational MRO environments Serve as a technical mentor across disciplines (AI, robotics, materials), enabling cross-domain integration for smart MRO systems Qualifications: PhD in Aerospace Engineering, Mechanical Engineering or a closely related discipline Strong track record in Aerospace MRO, aerospace systems, or related applied research/industry practice Technical expertise and deep knowledge of one or more of the following areas: Predictive Maintenance & Prognostics (PHM) Structural Health Monitoring (SHM) and NDT/NDI Digital Twins and physics-informed modelling Aerospace robotics and autonomous inspection systems Composite materials, damage detection, and repair Additive manufacturing for aerospace repair (flight-certified applications) Aircraft systems, gas turbine maintenance, or MRO best practices Circular economy and sustainable aerospace maintenance Experience Applying Expertise to one or more of the Following: Commercial or military Aerospace MRO operations Smart hangar / digital MRO transformation initiatives AI-enabled inspection and diagnostics systems Robotics deployment in maintenance environments Lifecycle management of composite aircraft structures Industry-scale maintenance optimisation and downtime reduction Demonstrated leadership and evidence of working on industry/society-defined problems Experience with industry research collaborations, applied research grants, and/or system deployment Established thought leadership and/or professional standing e.g. publications in top journals and keynotes, in addition to non-publication outputs and impact such as open-source tools, technical reports, patents, deployed systems Demonstrated track record of cross-disciplinary collaborations Ability to communicate clearly with domain experts, industry practitioners and general public What SIT offers: An applied research environment, working together with industry partners, to tackle real-world problems SIT values applied research impact and evaluates faculty accordingly on how their research had made a difference to society or industry Opportunities to work on a coherent applied AI research agenda with colleagues across disciplines Access to SIT’s Living Lab Network and Punggol Digital District ecosystem as testbeds for applied research A meaningful role in building Singapore’s applied Aerospace MRO research capability at a pivotal moment Singapore’s exceptional quality of life, competitive personal tax environment, and position as Asia’s leading research and innovation hub How to apply: Candidates should submit the following: Curriculum vitae including grants, publications, patents, and deployed systems Cover Letter Research statement (up to 2 pages) outlining your Aerospace MRO research programme and industry relevance Teaching statement (up to 1 page) on applied learning approach Three key research outputs with impact description

Job Purpose We are a multi-disciplinary design team that uncovers opportunities and challenges others overlook, solving them with bold, unconventional solutions powered by deep technology. Through compelling storytelling and stunning product visuals, we bring complex technologies to life, making them accessible, desirable, and easy to adopt. We don't just showcase technology, we champion it. Acting as the bridge between cutting-edge innovation and real-world customers, we translate technical complexity into clear, human-centred narratives that spark curiosity, accelerate understanding, and inspire action. Key Responsibilities Lead end-to-end design processes, from user research and ideation to wireframing, prototyping, and high-fidelity UI design Conduct user research, usability testing, and interviews to uncover insights that inform design decisions Produce high quality UX design solutions through wireframes, visual and graphic designs, flow diagrams, storyboards, site maps, and prototypes. Support the design and development of physical products from early concept through to final production Present designs to customers, develop and iterate designs through sketches, prototypes, renderings and communicate with stakeholders. Work on projects that spread across product development, print, packaging, video storytelling, brand identity, and interactive projects for screens, devices, and space. Build physical and digital models and prototypes to explore and validate design directions. Align with proposed design direction and bring in the voice and emotion to the project through thoughtful features and initiatives. Bring both a strategic eye and a depth of craft in brand and communications design to the project teams. Provide advice and guidance on the implementation of UI/UX research methodologies and instil inspiration into the organization and our partners. Assist in creating prototypes of different levels of fidelity to help enhance the design direction for a project. Applied Research and Innovation Job Requirements Minimum 2 years of experience in Industrial design or UI/UX design, with a strong portfolio demonstrating end-to-end design thinking Degree in Industrial Design, Product Design, Interactive Design or related field. Solid understanding of user-centered design principles, interaction design, and visual design fundamentals A collaborative mindset with the ability to give and receive constructive feedback Experience working within agile or iterative product development environments is a plus Proficiency in design tools such as Figma, Adobe XD, or equivalent Proficiency in CAD software such as SolidWorks, Rhino, or Fusion 360 Familiarity with rendering tools such as KeyShot, Blender, or similarAbility to spark ideas and generate fresh concepts and inspire peers. High proficiency in Adobe Photoshop, Illustrator and other Adobe Suite Tools. Excellent drawing skills with a creative mind to bring new perspectives to the design.