University of Cambridge

Based in the College of Engineering and IT at the Adelaide City Campus East Full-time (1.0FTE), fixed term contract for 12 months (Level A) $81,293 - $109,307 per annum plus an employer contribution of 17% superannuation applies. At Adelaide University, we create the opportunities you need to achieve your ambitions – because when you thrive, we thrive. We are transforming education for contemporary learners and global citizens. Building on a proud legacy and shaped by bold ambition, it’s a place of excellence and equity, where our vibrant community of staff are united by our purpose to inspire Australia’s future change-makers and create a better tomorrow. Work that matters This role drives the development of an innovative solar concentrator prototype, advancing the University’s renewable‑energy research while contributing to cleaner, low‑cost thermal technologies for industry and society. The Researcher will design, build, and validate solar thermal concentrator systems, managing prototype development from concept to field‑tested performance. This will involve the preparation and delivery of project documentation, including mid-term and final reports, and supporting engagement with project partners and stakeholders. The team Reporting to the Chief Investigator of the AEA Ignite project, this role supports the University’s solar‑thermal innovation stream, advancing technologies that strengthen Australia’s transition to sustainable energy solutions. Visit the AU website to learn more about the School of Electrical and Mechanical Engineering. Our people Our people are guided by purpose, curiosity and a commitment to lifelong learning. We embrace authenticity, innovation and collaboration, and harness diverse thinking in our pursuit of excellence. You’ll work across both workshop and field settings, combining technical problem‑solving with real‑world experimentation in an environment that values initiative and adaptability. Learn more about our people, what we stand for and what we offer at Careers at AU. Experience To join our community and thrive in this role, you will likely have the following skills and experience:  A PhD in mechanical engineering, energy engineering, renewable energy, or a related discipline. Candidates nearing completion may be considered where thesis submission is imminent and relevant expertise is demonstrated. Demonstrated research track record in solar thermal systems, energy systems, or related fields. Proficiency in CAD software (e.g., SolidWorks, Inventor) and preparation of engineering drawings. Demonstrated hands-on experience in experimental systems, including rig design, instrumentation, and troubleshooting. Special Requirements Willingness and ability to work regularly at a remote field site (ABLRF, 2 km North of Adelaide University Roseworthy Campus). A valid driver’s licence and ability to travel independently to the ABLRF field site is required. It would be considered an asset if candidates also have: Experience with solar concentrators, heliostats, or tracking systems. Experience with field testing and outdoor experimental campaigns. Experience in industry collaboration or technology commercialisation. Experience in thermal-fluid systems or heat transfer applications.  Our commitment to inclusion and diversity  We are committed to fostering a culture of inclusion where diversity is celebrated and everyone feels respected and valued. Adelaide University is an equal opportunity employer, committed to creating a safe, inclusive, and equitable workplace where everyone can thrive. We strongly encourage applications from Aboriginal and Torres Strait Islander peoples, people with disability, and people of all ages, genders, cultural backgrounds, sexual orientations, and gender identities. We are committed to supporting flexible working arrangements and providing reasonable adjustments throughout the recruitment process. Launch your future with Adelaide University now Applying is simple. Simply click on the Apply Now button and upload:  your current CV  a cover letter that tells us why you’re excited about the role  The online application form will list the specific selection criteria that you need to address. Submit your application by 11:55pm, Sunday 17th of May. The University reserves the right to close this advertisement before the closing date if a suitable candidate is identified. For further information about this opportunity, please contact:  Rachael Cossons  Talent Acquisition Adviser +61 8 8302 1700 | careers.adelaideuniversity@adelaide.edu.au  Applications welcomed from Australian or NZ citizens, Australian permanent residents and those who have the legal right to work in Australia for the term of appointment.

Schemes of Service: Research Division: Engineering Employment Type: Fixed Term As a University of Applied Learning, SIT works closely with industry in our research pursuits. Our research staff will have the opportunity to be equipped with applied research skill sets that are relevant to industry demands while working on research projects in SIT. To provide technical and operational leadership in the development, execution, and translation of sustainable geomaterials for land reclamation under an industry-collaborative research programme, working under the strategic direction of the Principal Investigator (PI) to ensure successful delivery from laboratory research to pilot and field implementation. Key responsibilities include: Support the PI in the planning, execution, and delivery of the research project, including leading day-to-day technical activities to ensure milestones and deliverables are achieved within timeline and budget. Provide technical leadership in the development of carbonation-engineered geomaterials (e.g. demolition fines, incineration bottom ash) for reclamation applications, aligned with the research direction set by the PI. Design and oversee experimental programmes, including laboratory testing, pilot-scale trials, and field validation, ensuring technical rigour and relevance to industry application. Translate research findings into engineering solutions, including material specifications, performance frameworks, and implementation methodologies suitable for industry adoption. Lead the scale-up of laboratory processes (e.g. aqueous carbonation) to prototype and pilot systems, including system design, optimisation, and operational considerations. Supervise and mentor research staff (RFs, REs, RAs), including task allocation, technical guidance, and monitoring of progress to ensure effective team delivery. Coordinate with industry partners and vendors on technical matters, including trials, material supply, equipment development, and site implementation. Identify and resolve complex technical challenges related to material variability, process scalability, and environmental compliance. Oversee environmental performance assessment, including leachate testing and alignment with regulatory requirements for reclamation use. Prepare and contribute to technical reports, journal publications, and presentations for stakeholders, funding agencies, and dissemination. Support the PI in identifying new research opportunities, contributing to proposal development, and strengthening industry engagement. Co-supervise undergraduate, Industrial Master and Doctoral students in alignment with project objectives. Ensure compliance with Work, Safety and Health (WSH) regulations, including maintaining risk assessments and safe laboratory and field practices. Job Requirements PhD in Civil Engineering, Geotechnical Engineering, or a related discipline, with at least 10 years of relevant industry or research experience; or Bachelor’s or Master’s degree with at least 15 years of relevant industry or research experience. Demonstrated experience in leading technical components of research or engineering projects and supervising junior staff. Experience in experimental programme design, laboratory and/or field testing, and data-driven engineering evaluation. Familiarity with material treatment or processing methods (e.g. stabilisation, carbonation, or related technologies) will be advantageous. Experience in industry collaboration, pilot-scale implementation, or technology translation will be advantageous. Experience in reclamation or ground improvement will be advantageous. Knowledge of environmental assessment and leachate testing for construction materials will be an advantage. Key Competencies Strong technical leadership and mentoring capability Advanced problem-solving ability in complex engineering environments Ability to translate research into practical and scalable engineering solutions Strong project coordination and delivery skills Effective communication with multidisciplinary teams and industry stakeholders High level of ownership, initiative, and accountability Adaptability across laboratory, pilot-scale, and field environments

Job Purpose The Professional Officers Division (POD) houses a centralized pool of academic staff under the Professional Officers scheme. Professional Officers come with specialised and deep technical skills acquired through extensive industry experience. They form the talent pool which brings a much-needed industry perspective to student learning. They facilitate applied learning and applied research in SIT, complementing the academic expertise of the faculty to bring industry practices and applications into the curriculum. Professional Officers leverage on their industry experiences to create authentic learning environments, where discovery and innovation take place. They act as coaches and mentors to students during practical learning activities such as laboratory sessions, Capstone Projects and the Integrated Work Study Programme (IWSP). Professional Officers could also lead or work with faculty on industry innovation projects to provide solutions to the industry. In addition to their role in applied learning and applied research, Professional Officers manage the centralised laboratory facilities and resources in SIT. With Technical Officers, laboratory safety professionals, and administrators in POD, they jointly develop central policies and processes for the safe and seamless operation of laboratories in SIT. Key Responsibilities Design and teach labs & practice modules. Mentor students in Capstone Projects and the Integrated Work Study Programme (IWSP). Lead or co-lead innovation projects with industry. Manage labs and equipment to support academic programmes and applied research. Ensure safety in labs. Job Requirements A good degree in Electrical/Electronics Engineering or related fields. Possessing a Masters, PhD and/or relevant professional certifications would be advantageous. Deep technical specialist with 10 or more years of working experience in Electrical/Electronics Engineering environment. Have deep, hands-on competence in the following areas: High voltage switching Engineering design, modelling & analysis of conventional power, wind & solar farms Engineering design of transmission & distribution substations, electrical distribution systems of industries and commercial buildings Power system protection application and relay coordination Digital/Analogue/Power electronics IoT/Micro-controller application It will be advantageous with working knowledge of/as: Knowledge in programming/using Python, MATLAB, LTspice, IoT platform. Authorised high voltage switching Engineer Extensive hands-on experience and knowledge of industry practices and engineering principles to bring industry perspective to SIT Keen interest in innovation projects, with demonstrated ability in developing solutions to technical problems. Strong supervisory skills and enjoy working closely with students in an educational environment. Demonstrate proficiency to keep abreast of development in the field and pursue professional certification programs. Possess industrial certifications in relevant areas will be an added advantage.