Doctoral Researcher in Energy Transition & Building Heating
Advance decarbonization modelling for building heating sectors as a doctoral researcher at the University of Luxembourg.
Best for:Best for engineering graduates with a background in building energy systems and a strong interest in numerical modeling.
Overview
The University of Luxembourg is offering a fully-funded doctoral researcher position within the Department of Engineering, part of the Faculty of Science, Technology and Medicine. Operating under the supervision of the Research Group for Building Energy and Building Services Engineering, the candidate will investigate energy transition pathways and decarbonization strategies for existing building stocks. The project involves gathering real-world data, building advanced numerical and simulation models, and collaborating with international industry stakeholders. The successful applicant will also participate in academic publication, conference presentations, and limited teaching or student supervision activities.
What you'll do
- Conduct high-quality independent and collaborative research focused on the decarbonization of the building heating sector.
- Design, develop, and implement numerical modelling and simulation techniques to assess future energy system scenarios.
- Collect, process, and analyze real-world operational and environmental data to validate research models.
- Engage and collaborate with national and international academic partners as well as industry stakeholders.
- Disseminate research findings through peer-reviewed journal publications and presentations at global conferences.
- Fulfill minor departmental teaching duties, averaging roughly 1 to 2 contact hours per week or equivalent student supervision.
Requirements
Degree required: Master's degree in Energy Engineering, Mechanical Engineering, Electrical Engineering, or a closely related discipline.
Degree offered: PhD
Language: Excellent command of English (C1 level); proficiency in German or French (B1 level) is considered a strong asset.
Instruction: English
- Solid foundational knowledge in the energy domain, particularly building energy systems
- Demonstrated interest and capability in numerical modelling and simulation
- Ability to collect, process, and interpret complex real-world datasets
- Capacity to work effectively within an interdisciplinary and international research team
- Applicants must meet the general admission criteria for the Doctoral School in Science and Engineering.
- Must demonstrate at least B2-level proficiency in the language designated for the final thesis.
Funding & terms
How to apply
Interested candidates must submit their application documents through the formal online HR recruitment portal. Applications sent directly via email will not be reviewed. Early submissions are highly encouraged as evaluations occur on a rolling basis.
- CV
- Cover letter
- Transcript of all modules and results from university-level courses taken
Contact
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