Chengdu University

Ability to integrate complex biophysical and economic data, translate research into industry‑ready solutions Ability to lead or contribute to large collaborative programs Full time, Fixed-Term 4 Years – Based in Hobart About the opportunity We are seeking an experienced Senior or Principal Research Fellow - Natural Capital to play a key role in advancing a major forest industry research program within the Australian Forest and Wood Innovations (AFWI) Centre for Sustainable Resource and Product Solutions (CSRPS) at the University of Tasmania. This research‑focused role centres on mainstreaming natural capital concepts and practice across the Australian forest industry. The successful candidate will contribute to (Senior level) or lead (Principal level) a multi‑year research program that addresses barriers to industry adoption of natural capital assessment and accounting. This includes developing processes, tools and analytical frameworks that integrate biophysical, spatial, economic and financial data, aligned with emerging international standards. Working closely with industry, government and academic partners, the role aims to strengthen the industry’s ability to quantify, value and manage natural capital, supporting better decision‑making, market development, disclosure and nature‑related transition planning. The position sits at the intersection of science, economics and policy, with a strong emphasis on translating research into practical, industry‑ready outcomes. Relocation and visa sponsorship may be considered for the ideal candidate. What you’ll do: Deliver a natural capital research program for the forest industry, translating international frameworks and standards into practical tools, methods and guidance. Senior: Makes substantial contributions to program deliver. Principal: Leads and is accountable for overall program direction and success. Advance industry adoption of natural capital assessment and accounting by integrating biophysical, spatial, economic and financial data to support decision‑making, markets and disclosure. Senior: Leads defined research streams and applications. Principal: Sets strategic priorities and ensures integration across themes. Produce high‑quality, high‑impact research and secure funding that strengthens UTAS’s leadership at the nature‑economy interface. Senior: Publishes research of national and emerging international standing and contributes to funding success. Principal: Publishes research of established international standing and leads major funding initiatives. Build research capability and culture through supervision, mentoring and collaboration within and across multidisciplinary teams. Senior: Supervises HDR students to successful completion. Principal: Supervises HDR students and mentors postdoctoral and early‑career researchers, providing senior academic leadership. Develop and maintain strong industry, government and research partnerships to maximise research impact and adoption. Senior: Builds productive stakeholder relationships and supports co‑design. Principal: Drives strategic national and international partnerships and profile‑raising activity. What we’re looking for: Doctoral qualification and deep disciplinary expertise in fields such as biological sciences, environmental data systems, ecological economics, modelling and spatial science, or nature‑based markets and innovation. Senior: PhD with strong expertise across at least two relevant fields. Principal: PhD with a substantial, internationally recognised body of expertise across multiple fields. Demonstrated research excellence at the nature–economy interface, with a strong publication record and recognised contributions to natural capital, sustainability or applied environmental research. Senior: Research of national standing and growing international recognition. Principal: Research of established international standing and influence. Proven ability to attract research funding and deliver major projects, including translating complex research into applied, industry‑relevant outcomes. Senior: Successful contributor to competitive grants and funded projects. Principal: Leads major funding bids and provides strategic leadership on funding and research direction. Strong leadership and supervision capability, building research capacity through HDR supervision and collaborative, multidisciplinary teamwork. Senior: Successful supervision of HDR students to completion. Principal: Substantial HDR supervision record, plus mentoring of postdoctoral and early‑career researchers and demonstrated academic leadership. Excellent engagement and communication skills, with the ability to build productive relationships with industry, government and research partners and support research adoption Senior: Builds and maintains effective stakeholder relationships and supports co‑design activities. Principal: Leads strategic national and international partnerships, profile‑raising and industry engagement. Salary details Appointment to this role will be at Academic Level C or D and will have a remuneration range package of between $162,087 - $210,621 comprising base salary within the range of $138,536 to $180,018 plus 17% superannuation. How to Apply To apply online, please provide the following supporting documentation: Resume Cover letter outlining your suitability and motivation for the role Your responses to the success criteria from the Position Description below For further information about this position, please contact Professor Barry Brook, Head of Discipline, Biological Sciences, Barry.Brook@utas.edu.au Please visit https://www.utas.edu.au/jobs/applying for our guide to applying and details on the recruitment process. For current UTAS staff, in submitting your application, you acknowledge you have/intend to discuss your interest in this vacancy with your current manager and understand they may need to be contacted confidentially by the hiring manager as part of the assessment of your application. Please refer to the attached Position Description Below for full details. Link to Position Description to be included here. Applications close Wednesday 27 May 2026, 11.55pm The University of Tasmania acknowledges the Palawa/Pakana and Gadigal/Wangal people as the traditional custodians of the land, sea and waters of the areas upon which we live and work. We recognise their valuable contributions and deep connection to country and pay respect to Elders past and present. As part of our commitment to a safe and inclusive workplace, employment history and police checks will be conducted as part of the selection process.

Based in the College of Engineering and Information Technology, Adelaide City Campus East  Full time fixed term position available for 33 months Salary range: $81,293 - $109,307 per annum (plus 17% superannuation)  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 In this role, you will lead the next stage of Adelaide University’s Smart Stormwater Systems journey. You will help deliver a real-world demonstration site that turns award-recognised research into practice. The site will show how distributed storages, smart design and real-time control can reduce urban flood peaks, adapt to climate change and avoid costly and disruptive pipe upgrades. It can also unlock co-benefits like water harvesting for greener, cooler suburbs and improved water quality. Working with an interdisciplinary team including committed local government funding partners, you’ll shape the vision, coordinate design and delivery, and translate data, models and on-ground monitoring into practical outcomes. The aim is to demonstrate this can be scaled and adopted across cities—helping communities adapt to climate change while creating infrastructure that is smarter and more resilient. The team The Smart Stormwater Systems team is led by Associate Professor Mark Thyer and Professor Holger Maier (Adelaide University), who bring complementary strengths across modern civil and environmental engineering. Mark Thyer is an international recognised expert in hydrology and water resources with 20+ years’ experience in flood and drought risk, climate variability and forecasting/uncertainty. Holger Maier is internationally recognised for developing and applying AI/machine learning, optimisation (notably evolutionary algorithms), and decision-support methods for complex water and infrastructure systems operating under uncertainty, and he has received major recognition for both research excellence and engineering education leadership, including international modelling and simulation awards and senior editorial/service roles in the field. Together, they lead an interdisciplinary group with a strong track record of funded, high-impact research and close collaboration with industry and government partners. Mark and Holger are part of the School of Civil Engineering and Construction Management, which is ranked in Top 100 worldwide for Civil and Structural Engineering, while Adelaide University has a lifetime ranking of #1 in Australia for Water Resources, and #8 Globally. The School sits within the College of Engineering and Information Technology, which brings together expertise across aviation, computer science, construction management, and the full spectrum of 21st-century engineering disciplines including civil, mechanical, electrical, chemical, environmental, and biomedical engineering. Visit the AU website to learn more about the College of Engineering and Information Technology. 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. This role suits someone who enjoys working in a dynamic environment with a variety of tasks to complete and enjoys working in multidisciplinary teams to maximise our collective achievements. You’ll engage with colleagues, students, and industry partners, receiving and delivering research contributions across teams. 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: Qualifications:  Hold a PhD in the discipline of civil/environmental/mechanical engineering or computer science or a related discipline; final-stage PhD candidates may be considered if they have received a positive thesis examination outcome  Essential:  Demonstrated organisational and project management skills, including the ability to plan and prioritise tasks, manage competing deadlines, and deliver to milestones in applied research and/or industry-linked projects. Excellent interpersonal and communication skills, with demonstrated ability to work effectively in an interdisciplinary team and to liaise with a diverse range of stakeholders (e.g., local government, industry partners, community and end users) to translate technical concepts into practical outcomes.  Demonstrated experience in quantitative analysis and modelling, such as hydrology/hydraulics, water systems, environmental modelling, optimisation, and/or data science (including ability to work with real-world datasets).  Demonstrated research track record relative to opportunity, including publication in high quality international journals Demonstrated ability to produce high-quality written and verbal outputs for a wide range for range of audiences (e.g., scientific papers, presentations, technical reports, and/or guidance for both researchers and industry/practitioners) Desirable:  Experience with stormwater or water resources tools and methods (e.g., SWMM, MIKE, InfoWorks, TUFLOW, HEC-HMS/HEC-RAS, Australian Rainfall-Runoff guidance), or equivalent demonstrated capability in hydrologic/hydraulic analysis.  Experience developing and/or deploying data-driven or control systems (e.g., optimisation or machine learning workflows, sensors/telemetry, control systems, field trials, software prototypes, dashboards), ideally in a water, environmental, or infrastructure context.  Demonstrated capability (or strong aptitude) to contribute to smart stormwater solutions that integrate infrastructure and data, such as real-time monitoring and control, sensing/IoT, control logic, decision support tools, or evaluation of co-benefits (e.g., flood mitigation, water reuse, urban greening, water quality).  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 11:30pm Friday 15 May 2026 Please note that the role description is not attached to this advertisement as it is currently being finalised. For further information about this opportunity, please contact (quoting reference number 492768): Jessica Maslen Team Lead – Talent Acquisition  People and Culture  +61 8 8302 1700| careers.adelaideuniversity@adelaide.edu.au Appointment is subject to a satisfactory National Police Check (NPC) being obtained and maintained.

Job Purpose The Research Engineer/ Research Fellow for Design Factory will play a pivotal role in identifying opportunities and problems that others choose to ignore and solve it with innovative and ingenious solutions that defy convention using proven technologies and innovations. Collaborating closely with faculty, industry partners, researchers, and students, the Research Engineer/ Research Fellow will co-create impactful, practical, and commercially viable products that bridge the gap between technologies and customers, encompassing environmental, social, and economic dimensions. Key Responsibilities Applied Research and Innovation Lead and manage projects focused on product innovation, including, Artificial Intelligence, renewable energy, circular economy, sustainable materials, and carbon reduction technologies. Explore emerging technologies, frameworks, and practices to advance product solutions in industries. Conduct product family Innovation Quadrant (IQ) analysis and resource optimization studies to address business challenges. Industry Engagement Collaborate with industry partners to co-create innovative products that enhance their portfolio and align with strategic business goals. Identify emerging trends and opportunities in Product Innovation to position SIT as a key partner in Design Thinking, New Product Development and Product innovation. Foster partnerships with businesses, government agencies, and other stakeholders to develop impactful projects that enhance environmental, social, and economic outcomes. Technical professionals who will work with local enterprises to frame projects, identify capabilities needed from the industry ecosystem, IHLs and centres. Involve in industry engagements, help to bring in higher value-added projects for the centres in SIT, Polytechnics and ITE. Applied Research and Innovation Lead and manage projects focused on product innovation, including, Artificial Intelligence, renewable energy, circular economy, sustainable materials, and carbon reduction technologies. Explore emerging technologies, frameworks, and practices to advance product solutions in industries. Conduct product family Innovation Quadrant (IQ) analysis and resource optimization studies to address business challenges. Industry Engagement Collaborate with industry partners to co-create innovative products that enhance their portfolio and align with strategic business goals. Identify emerging trends and opportunities in Product Innovation to position SIT as a key partner in Design Thinking, New Product Development and Product innovation. Foster partnerships with businesses, government agencies, and other stakeholders to develop impactful projects that enhance environmental, social, and economic outcomes. Technical professionals who will work with local enterprises to frame projects, identify capabilities needed from the industry ecosystem, IHLs and centres. Involve in industry engagements, help to bring in higher value-added projects for the centres in SIT, Polytechnics and ITE. Job Requirements A degree in Engineering or a related field. At least 5 years of relevant industry experience with a proven track record in production innovation and New Product Development. Deliver high-quality and professional ethics with passion for business development and managing customer relationships. Strong business acumen, project management experience and results-oriented with a strategic mindset. Strong negotiation and interpersonal skills and able to adapt in a fast-paced business environment. Good experience in Product Management: Develop and implement strategies for integrating sustainability and energy efficiency into the product lifecycle, from conception to market launch. Strong analytical, project management, and communication skills. Experience in writing project proposals and grants will be an added advantage. Extensive experience and knowledge of industry practices 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.