We are seeking a highly motivated Postdoctoral Research Fellow to join a cutting‐edge ARC‐funded project focused on developing a thermal energy management platform in electric vehicles using AI technology. The role aims to advance thermal performance through innovative energy distribution and waste‐heat recovery strategies. The Postdoctoral Research Fellow will undertake experimental and theoretical research, contribute to HDR supervision, support teaching in mechanical engineering courses, and work collaboratively within a dynamic team advancing sustainable transport and climate‐safe engineering.
Location and Travel
The role is based in Hobart, Tasmania. Relocation support or visa sponsorship may be considered for the ideal candidate.
What You'll Do
* Undertake research on AI‐based energy management in electric vehicles including heat pump, battery thermal management and waste‐heat recovery from power electronics and electric motors, publishing findings in high‐quality international peer‐reviewed journals, and assist in supervision of PhD and undergraduate research students.
* Lead the development of an AI‐based energy management platform to coordinate the energy distribution and recovery in real‐time driving conditions.
* Participate in collaborative and collegial research as part of a team of interdisciplinary researchers focused on renewable energy and power systems.
* Undertake high‐quality research/scholarly activities under limited supervision, either independently or as a member of a team, publish research findings to meet and regularly exceed the University's research performance expectations for Level A.
* Undertake scholarly undergraduate coursework teaching of a high quality, including consultation with students, marking and assessment connected with courses taught, production of teaching materials, and development of course material with appropriate guidance from the course or program coordinator in mechanical engineering.
What We're Looking For
* A demonstrated ability and understanding of research in the field of thermal and mechanical engineering, evidenced by a record of quality publications, presentations at conferences and preferably success in securing competitive and other funding appropriate for this level.
* A record of contributing to building and maintaining effective and productive networks with the discipline, profession, and wider community, including evidence of effective collaborative research contributions.
* A clear desire and capacity for developing artificial‐intelligent approaches, preferably with experience in its application to energy management in electric vehicles.
* Experience of working effectively within a team environment.
* Excellent oral and written communication skills, with demonstrated experience presenting research findings, and preparing research reports.
* Experience in teaching undergraduate courses in mechanical engineering.
Qualifications
* A PhD or equivalent in thermal and mechanical engineering or a closely related field.
Salary
Appointment at Academic Level A with a total remuneration package of up to $125,877 comprising a base salary within the range of $83,198 to $107,587 plus 17% superannuation.
Benefits
Relocation support or visa sponsorship may be considered. The position offers the opportunity to live in Tasmania, known for its high quality of life, natural landscapes, and vibrant communities.
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