Research Fellow

Curtin University of Technology
October 11, 2024
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Offerd Salary:$40
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Contract Type:Other
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Job Reference: 1255879

Your new role We are seeking a passionate Research Fellow to expand our expertise in hydrogen-barrier coatings. Join our multidisciplinary team and contribute to the Trailblazer Project which aims to develop aluminium-based hydrogen barrier coatings for gas transmission and distribution pipelines.

In this role you will:

  • Conduct High-Quality Research: Investigate hydrogen transport in materials used in pipeline manufacturing in collaboration with team members. Develop and apply various film deposition methods and hydrogen transport techniques to evaluate the barrier properties of aluminium-based coatings.
  • Develop Industry-Relevant Project Objectives: Ensure that project objectives are aligned with industry needs and meet scheduled project milestones.
  • Collaborate Effectively: Engage in collaborative activities with team members, industry partners, affiliated associations, and the wider research community to advance project goals and foster professional relationships.
  • Please note you will require work rights in Australia that match the tenure of this role. Only in limited situations will visa sponsorship situations be considered.

    To learn more about this opportunity, please contact Professor Craig Buckley , School of Electrical Engineering, Computing and Mathematical Sciences (EECMS) at [email protected].

    About the project This research project aims to develop pipeline coating techniques using alumina to prevent hydrogen permeation in metallic and plastic materials used in gas transmission and distribution networks. The research will primarily focus on developing and applying laboratory methods based on gas permeability measurements and material characterisation techniques to evaluate the hydrogen barrier performance of new and existing coatings.

    This two-year project is led by John Curtin Distinguished Professor Craig Buckley and will involve a team of five academics at Curtin University along with our industry partner, Cadoux Ltd. We are currently seeking one research fellow to join the team.

    The project will be undertaken within the Hydrogen Storage Research Group (HSRG) https: // research.curtin.edu.au/research-areas/energy- transition/hydrogen-storage-research-group/ at Curtin University. The team will also have access to the John de Laeter Centre (JdLC) https: // jdlc.curtin.edu.au/, Curtin's infrastructure hub with $40 M worth of instrumentation, conveniently located in same building as the research team. The research team includes multidisciplinary experts across the fields of electrochemistry, physics, chemistry, and materials characterisation. The HSRG is led by John Curtin Distinguished Professor Craig Buckley and consists of eight research staff, over 10 Ph.D. students, and undergraduates working on diverse projects across the field of hydrogen storage and transportation. Our world-class hydrogen storage laboratory is equipped with advanced instruments for hydrogen permeation and sorption- desorption analysis as well as other labs with film deposition and characterisation capabilities.

    About us The School of Electrical Engineering, Computing and Mathematical Sciences (EECMS) is a uniquely rewarding workplace. The school combines Curtin's core capabilities across electrical engineering, computing, physics, and mathematics to better understand and advance our data-driven world. It has built substantial knowledge in machine learning, cyber security, statistics and optimisation, digital transformation, radio astronomy, the internet of things, signal processing, embedded systems, and renewable and power engineering. Be part of a collaborative and forward-thinking School where you'll have the opportunity to shape the future of hydrogen in pipelines, work with talented students, and contribute to a thriving academic community.

    About Curtin Curtin University proudly stands among the top one percent of global universities according to the ARWU 2023 rankings. Curtin has campuses in Malaysia, Singapore, Dubai, and Mauritius, and delivers courses through more than 130 partner institutions worldwide.

    We are an energetic and dedicated team of academics and professionals working to provide global solutions through quality graduates and innovative research. Curtin is a welcoming space where integrity, respect for one another, courage, excellence, and impact are essential to everyday life.

    In addition, we offer a competitive remuneration and benefits package including generous superannuation, salary packaging provisions and leave entitlements; health insurance, travel, technology and retail shopping discounts to name a few!

    For more information about our university, please visit www. curtin.edu.au

    Join us! Please provide a cover letter, your CV and separate document addressing the selection criteria (noted below) to allow us to assess your suitability for this role.

    Selection Criteria:

  • A doctoral qualification in Physics, Chemistry, Chemical Engineering, or related field.
  • Preferably strong expertise in experimental methods for investigating transport properties of gases in metals and polymers.
  • Experience in film deposition techniques.
  • Proficiency in material characterisation techniques such as electron microscopy, XRD, FTIR, Raman, etc.
  • Well-acquainted with gas-analysis and manometric instruments.
  • Applications close: 3pm AWST, 11 October 2024 Applicants should note that any offer of employment is subject to completion of a National Police Records Check, and background, integrity, and reference checks to Curtin's satisfaction.

    We strongly encourage applications from Aboriginal and Torres Strait Islander people, people of diverse gender, sex and sexuality, people with disability and people from culturally and linguistically diverse backgrounds.

    If you have any queries in relation to this opportunity or the application process, please contact our careers team on [email protected] or +61 08 9266 9000 (option 3,1), quoting the vacancy reference number.

    Disclaimer Curtin reserves the right at its sole discretion to withdraw from the recruitment process, not to make an appointment, or to appoint by invitation, at any time. We reserve the right to remove the advert earlier than the date on the advert. Please note, only successful applicants will be contacted.

    Please note we are not accepting applications from recruitment agencies at this time.

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