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Research Assistant in Just Energy Systems
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comment: We are seeking a full-time Research Assistant in Just Energy Systems to join the Energy and Power research group at the Department of Engineering Science (Osney). The post is funded by the Climate Compatible Growth (CCG) programme and the Strategic Hydrogen Integration for Effective Low-Carbon Development (SHIELD) in Ukraine project and is fixed-term until 31 March 2026. CCG is a £95m UK ODA-funded research programme running until March 2030, helping developing countries take a path of low carbon development whilst simultaneously unlocking profitable investment in green infrastructure, opening up new markets and supporting delivery of the Sustainable Development Goals (SDGs). SHIELD is a £1.7m FCDO-funded research initiative that focuses on assessing the potential of green hydrogen and ammonia within Ukraine’s energy system. The successful candidate will join the Energy and Power Group and support the team’s work on place-based decision-making, with a particular focus on equitable energy planning and energy access. The ethos of EPG is focused on developing individuals to reach their goals, developing real- world tools and techniques for sustainable energy systems and to celebrate diversity. A hybrid working pattern is normal practice for the group, along with a range of other benefits including: * An excellent contributory pension scheme * 38 days’ annual leave * Family leave schemes and a comprehensive range of childcare services * Cycle loan scheme and discounted bus travel and Season Ticket travel loans * Membership to a variety of social and sports clubs You should hold a relevant first degree, possess sufficient specialist knowledge in energy systems or energy access, and its application to policy and/or economic analysis, and be proficient in Python programming, data analytics, energy systems modelling, geospatial and computational methods. Informal enquiries may be addressed to Gemma Watson (email: gemma.watson@eng.ox.ac.uk) For more information about working…
type: Vacancy
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application closing date: 2025-05-20T12:00:00+01:00
contact: Dr Gemma Watson
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comment: We are seeking a full-time Research Assistant in Just Energy Systems to join the Energy and Power research group at the Department of Engineering Science (Osney). The post is funded by the Climate Compatible Growth (CCG) programme and the Strategic Hydrogen Integration for Effective Low-Carbon Development (SHIELD) in Ukraine project and is fixed-term until 31 March 2026. CCG is a £95m UK ODA-funded research programme running until March 2030, helping developing countries take a path of low carbon development whilst simultaneously unlocking profitable investment in green infrastructure, opening up new markets and supporting delivery of the Sustainable Development Goals (SDGs). SHIELD is a £1.7m FCDO-funded research initiative that focuses on assessing the potential of green hydrogen and ammonia within Ukraine’s energy system. The successful candidate will join the Energy and Power Group and support the team’s work on place-based decision-making, with a particular focus on equitable energy planning and energy access. The ethos of EPG is focused on developing individuals to reach their goals, developing real- world tools and techniques for sustainable energy systems and to celebrate diversity. A hybrid working pattern is normal practice for the group, along with a range of other benefits including: An excellent contributory pension scheme 38 days’ annual leave Family leave schemes and a comprehensive range of childcare services Cycle loan scheme and discounted bus travel and Season Ticket travel loans Membership to a variety of social and sports clubs You should hold a relevant first degree, possess sufficient specialist knowledge in energy systems or energy access, and its application to policy and/or economic analysis, and be proficient in Python programming, data analytics, energy systems modelling, geospatial and computational methods. Informal enquiries may be addressed to Gemma Watson (email: gemma.watson@eng.ox.ac.uk) For more information about working at the De…
further particulars: Job Description - Research Assistant in Just Energy Systems (179452)

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Job Description - Research Assistant in Just Energy Systems (179452)
value: Job Description _________________________________________________________________________ Summary Job title Research Assistant in Just Energy Systems Division Mathematical, Physical and Life Sciences Division Department Engineering Science Location Holywell House, Osney Mead, Oxford Grade and salary Grade 6: £34,982-£40,855 per annum Hours Full time but would consider 0.8 FTE Contract type Fixed-term (externally funded until 31 March 2026. Whilst the project is until 2030, we operate in yearly funding cycles. Therefore, there is the possibility of extension dependent on CCG programme funding). Reporting to Prof. Stephanie Hirmer, Department of Engineering Science Vacancy reference 179452 CCG: What are the visions of and pathways to climate-compatible and equitable energy and transport systems, and what synergies or tradeoffs exist between national macroeconomic goals and local community development needs? What strategies, policies, institutional changes, and timelines are required to develop climate-compatible and equitable energy and transport systems, and how can cross-sectoral collaboration ensure alignment between national priorities, social equity, and climate impacts? Research topic How can soft and hard infrastructure be developed to meet both topdown national macro-economic and policy goals, and local bottom-up community development needs, and where are the synergies and trade-offs in decision-making? How can local community development needs be captured and accounted for in decision-making to increase community resilience, reduce existing vulnerabilities and minimise negative impacts of transitions? SHIELD: How can green hydrogen and ammonia be strategically integrated into Ukraine’s energy system to support sustainable development, energy security, and post-conflict reconstruction? What policy, financial, and technical pathways are most effective for enabling equitable and resilient hydrogen and ammonia adoption in Ukraine, given current geopolitical, econ…
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