The Centre for Sustainable Energy (SE) supports the development of efficient devices and methods for generating, storage, and distribution energy solutions with low environmental impact. This is achieved by taking an energy sustainability approach that respects the environment and quality of life, while minimising health and environmental pollution. The ground for the Centre on "Sustainable Energy" is based on the Decarbonization targets, which will require more flexibility in the energy system through new gas and power grids, using energy vectors and storage solutions to enable the broad penetration of renewable energy sources.The HYdrogen Technologies and Resilient Energy Systems unit (HyRES) is a dedicated research and development unit at the forefront of advancing hydrogen technology and resilient energy systems. With a primary focus on hydrogen, the unit works diligently to innovate the future energy grid, making it more intelligent and capable of integrating renewable sources. A central goal is to ensure energy resilience and security, particularly in collaboration with industrial partners. The unit's research encompasses various aspects, including hydrogen production, storage and end uses, all with the overarching aim of reducing the carbon footprint of energy systems and positively impacting the energy market, making it more sustainable and secure for the future.The HYRES unit is involved in several European, national and industry-funded projects concerning hydrogen technologies, including the characterisation of low- and high-temperature fuel cells and electrolysers, energy system modelling, techno-economic assessment and sustainability analysis.Job DescriptionThe HyRES Unit is seeking a researcher to join its modelling and engineering activities,



with a focus on the sustainability and techno-economic assessment of hydrogen technologies and hydrogen-based energy systems.The successful candidate will contribute to the following tasks:Conduct techno-economic analyses and feasibility studies of hydrogen technologies, integrated energy systems and industrial applications; Develop and apply economic models considering investment costs, operating costs, technology performance, energy prices, financing assumptions and relevant market conditions; Perform cost, scenario, sensitivity and uncertainty analyses to assess the economic viability of different technological configurations and operating strategies; Conduct Life Cycle Assessment, Life Cycle Cost and Life Cycle Sustainability Assessment of hydrogen technologies and systems; Support the development of a database for techno-economic and LCSA parameters of hydrogen technologies; Contribute to activities concerning hydrogen certification and definition of Guarantees of Origin; Support the application of ecodesign methodologies to hydrogen technologies, identifying opportunities for reducing the environmental impact; Produce technical reports, project deliverables and scientific publications, and contribute to the preparation of research proposals.Job requirementsThe ideal candidate should have:MSc in Energy, Chemical, Mechanical, Environmental Engineering or similar; Proven experience in techno-economic assessment and feasibility analysis of energy technologies, preferably in the hydrogen sector; Experience in developing cost and economic models, including scenario, sensitivity and uncertainty analyses; Know-how in code development for techno-economic analysis (depreciation,



etc..), applied to hydrogen systems and components; Knowledge and experience in Life Cycle Assessment, Life Cycle Costing and Life Cycle Sustainability Assessment methodologies; Experience in collecting, managing and validating technical, economic and environmental data; Good modeling practices, attention to detail and commitment to model verification and validation; Good knowledge of written and spoken English.Good analytical, problem-solving, communication and teamwork skills; Self-motivationand result orientation.Furthermore, the following elements will be positively evaluated:PhD in the field related to the call; Familiarity with Python or other programming languages for data analysis and modelling; Experience withhydrogen technologies, energy-system modelling or optimisation; Know-how in code development for LCA/LCSA applied to H2 systems and components; Experience in European or national research projects and scientific publishing.EmploymentType of contract: fixed-term contractWorking hours: Tempo pieno (38 h per week)Start date: October 2026Duration: 24 months with the possibility of extending the contract depending on fundingWorkplace: Povo (Trento) and RoveretoGross annual salary: From €41.245,00 to €47.182,01 depending on background and expertise in the field, plus objectives achievements bonusBenefitsflexi-timecompany subsidized cafeteria or meal vouchersinternal car parkwelcome office support for visa formalities and for research in accommodationaccommodation etc., supplementary pension and health fundsocial security (SANIFONDS)family-work balancefree training coursessupport on bank account openingdiscount on public transportsportlanguage course feescounseling and psychological support serviceMore info at https://www.Fbk.Eu/en/work-with-us/Application deadline31/08/2026#J-18808-Ljbffr

📌 A Researcher In Life Cycle Sustainability And Techno-Economic Assessment Of Hydrogen Technologies (Trento)
🏢 Fondazione Bruno Kessler - Fbk
📍 Trento