Lecturer/Senior Lecturer in Energy System Engineering

Lecturer / Senior Lecturer in Energy System Engineering Join the School of Mechanical and Manufacturing Engineering in the Faculty of Engineering at UNSW as a Lecturer (Level B) or Senior Lecturer (Level C) in a teaching and research role. Job Details Salary – Lecturer (Level B): AUD $127,947 to $150,830 per annum + 17% superannuation Salary – Senior Lecturer (Level C): AUD $155,403 to $178,290 per annum + 17% superannuation Full time 2‑Year Convertible Tenure Track Location: Kensington – Sydney, Australia Start Date: October 1, 2025 (subject to approval) The Opportunity As a Lecturer you will develop scholarly research and provide high quality teaching; as a Senior Lecturer you will establish an internationally recognised research program, strengthen industry partnerships, and foster collaborative research. We seek a candidate with a proven research background and strong educational experience in thermo‑mechanical engineering, specialising in energy generation and storage systems. Experimental expertise in renewable energy and storage technologies, and in reliability and durability of energy systems is essential. The role reports to the Head of School and has no direct reports. About UNSW UNSW is a world‑leading institution recognised for its scale, prestige and impact. The School of Mechanical and Manufacturing Engineering is internationally recognised for excellence in research and teaching, ranked #46 globally in 2025. For more information: https://www.unsw.edu.au/engineering/our-schools/mechanical-and-manufacturing-engineering Skills & Experience Lecturer (Level B) PhD in an area of direct relevance, including but not limited to Manufacturing, Mechanical, Electrical, and Energy Systems. Demonstrated ability and track record in thermo‑mechanical engineering of energy systems, including renewable energy and energy storage technologies. Proven experience translating research results into practical outcomes. Capability for the development of alternative delivery models for teaching, including online and blended delivery. High level communication skills and ability to network effectively with diverse students and staff. Demonstrated ability to work in a team and collaborate across disciplines. Willingness to undertake compliance and supervisor training as required. Ability to implement UNSW health and safety policies and procedures. Senior Lecturer (Level C) PhD in an area of direct relevance, including but not limited to Manufacturing, Mechanical, Electrical, and Energy Systems. Demonstrated core capability and track record in thermo‑mechanical engineering of energy systems, including renewable energy and storage technologies (e.g., battery systems). Extensive experience translating research results into practical outcomes. Demonstrated success in attracting research funding from governmental and/or industrial sectors. Capacity for developing alternative teaching delivery models, including online and blended delivery. Excellent communication skills and networking ability. Experience supervising research students. Collaborative working across disciplines and building effective relationships. Willingness to undertake compliance and supervisor training. Commitment to UNSW’s aims, objectives and values, and relevant policies. Knowledge of health & safety responsibilities and commitment to training. Application Process If you are interested in an academic career focused on conducting independent research and delivering excellent teaching, please click the apply button and submit your CV, cover letter and responses to the Skills & Experience. Applications close: 11:50 pm (Sydney time) on Saturday 31 January 2026. UNSW is committed to creating an inclusive community and welcomes applicants from all backgrounds. We provide adjustments for people with disability and access to flexible work options for eligible staff. Contact For role‑specific inquiries: Prof Chun Wang (Head of School) – chun.h.wang@unsw.edu.au For recruitment questions: Eugene Aves – eugene.aves@unsw.edu.au #J-18808-Ljbffr