Research Officer

Job Title: Research Officer Company: Auckland University of Technology Job Category: Data Science Roles & Responsibilities: * Develop a digital twin of a 700 kW renewable–hydrogen production and research facility * Join an AUT\-led Blue Economy CRC project with university and industry partners in Aotearoa New Zealand and Australia * Fixed\-term (15 months), full\-time role based at AUT’s City Campus in Auckland Our community is stronger because of the role Te Tiriti plays in how we operate, and because Māori and Pacific knowledge, leadership and contribution are central to who we are. We embrace diversity in all its forms and are proud to welcome people of all ethnicities, genders, sexual orientations, religious and political beliefs, socio\-economic situations and accessibility needs. AUT’s School of Engineering, Computer and Mathematical Sciences brings together engineering, computing and mathematics to address complex, real\-world challenges. We develop ambition, capability, knowledge and passion across these disciplines. The Opportunity \| Te Whiwhinga mahi We have a fixed\-term, full\-time (37\.5 hours per week) opportunity for a motivated Research Officer to contribute to the Blue Economy CRC research project Development of Digital Twin Prototype for Energy Analysis of Renewable–Hydrogen DC Microgrids (P.3\.26\.005\)* . The 15\-month position sits within this 18\-month project, which is led by AUT in collaboration with the University of Tasmania and Griffith University. The Project Is Developing a Prototype Digital Twin Of The Blue Economy CRC Hydrogen Production And Research Facility In Hobart, Tasmania. The Facility Integrates a 700 KW PEM Electrolyser, Solar PV, Battery Storage, a Hydrogen\-fuelled Microturbine, Hydrogen Compression And Storage, An Emulated Renewable Source, And a Programmable Load. The Digital Twin Will Allow New Operating Strategies To Be Explored Without Risk To Physical Assets, And Will Provide The Technical Foundation For Transferring Operational Knowledge To Future Offshore Renewable–hydrogen Microgrids. Working Within a Multidisciplinary Research Team, You Will Contribute To * Development and validation of a physics\-based prototype digital twin in MATLAB/Simulink using facility data * Scenario analysis of renewable\-energy utilisation, hydrogen production, storage, efficiency, and reliability * Data quality assurance, analysis, and dissemination through high\-quality publications * Support for the integration of thermal\-management and waste\-heat\-recovery representation, undertaken mainly by a Research Assistant * Preparation of external research funding proposals and future project development What we offer \| Ngā āhuatanga kei a mātou At AUT, you’ll join a values\-led university that supports you to thrive . We offer an excellent research environment with contestable research funds, and with guidance available from senior scholars. Benefit from flexible working, a supportive culture, cultural capability development for all staff, and strong growth opportunities – while advancing your impact through clear career pathways, recognition and research support. Learn more about our competitive benefits tailored to all staff: https://www.aut.ac.nz/about/careers\-at\-aut/working\-at\-aut/staff\-benefits. * Qualification: * A PhD thesis submitted for examination in Electrical Engineering, Power Systems, Energy Systems, Renewable Energy, or a closely related discipline. * A conferred PhD is desirable. * Research and technical expertise: * Evidence of research publication output. * Knowledge of renewable\-energy systems, microgrids, energy storage, or hydrogen energy systems. * Experience with modelling and simulation tools, particularly MATLAB/Simulink. * Ability to analyse measured time\-series data and validate models against it. * Skills and attributes: * Excellent written and verbal communication skills. * Demonstrated ability to work collaboratively within multidisciplinary, multi\-institution teams. * Strong analytical, organisational, and problem\-solving skills. * Awareness of health and safety responsibilities in research environments. * Desirable: * Experience in digital\-twin, system\-level, or multi\-energy modelling. * Knowledge of electrolysers, hydrogen storage, DC microgrids, or power electronics. * Familiarity with thermal\-management or waste\-heat\-recovery modelling. * Experience supporting grant applications or industry collaboration. * Equity and Te Aronui * Commitment to equity, diversity and inclusion and supportive of AUT's Te Aronui journey. Work Location: Auckland, Auckland, New Zealand Availability: Full time

We foster graduates who think critically and work across disciplines, applying their knowledge in practical, high\-impact ways. Learning is shaped by industry practice, project\-based work, access to specialist facilities and laboratories, and opportunities to engage directly with organisations. This approach ensures students build confidence working on real problems and understand the expectations of professional environments. We’re looking for researchers with curiosity, energy and openness to new ideas , who are committed to collegiality, cultural humility and respect for Te Tiriti o Waitangi, Indigenous peoples and diverse communities. Experience contributing to Indigenous, equity or inclusion\-focused initiatives is highly valued. Further Information \| Pārongo Anō * Start Date: By negotiation (15 January 2027 at the latest) * Salary Ranges \| Ngā Utu: $72,000 \- $96,000 per annum (appointment level and salary commensurate with skills and experience) * For academic enquiries: Contact Dr Ramon Zamora, ramon.zamora@aut.ac.nz. For recruitment enquiries: please send us an enquiry  or call 09 921 9499 Key Skills: Data Science Salary: $72,000