
University of Birmingham
nearmejobs.eu
1. Project Objectives
i) Investigate methods for incorporating hydrogen production, storage, and utilisation in community energy networks.
ii) Quantify benefits and potential obstacles for hydrogen-based pathways under different policy and regulatory frameworks.
iii) Address system-level integration challenges using optimisation methods and scenario analyses.
iv) Propose guidelines for community-level stakeholders interested in adopting hydrogen solutions.
2. Candidate Profile
A master’s degree (or equivalent) in Engineering, Energy Systems, Applied Mathematics, or a related field. Background in energy systems analysis, system modelling, or power engineering.
Proficiency in programming (e.g., Python, MATLAB, or similar) is advantageous. Strong written and oral communication skills. Motivation to contribute to sustainable energy solutions.
3. How to apply:
Those interested should send a CV, personal statement (outlining how their relevant experience would make them a strong candidate for the project), transcripts, and contact details of two referees to [email protected].
1. Project Objectives
i) Investigate methods for incorporating hydrogen production, storage, and utilisation in community energy networks.
ii) Quantify benefits and potential obstacles for hydrogen-based pathways under different policy and regulatory frameworks.
iii) Address system-level integration challenges using optimisation methods and scenario analyses.
iv) Propose guidelines for community-level stakeholders interested in adopting hydrogen solutions.
2. Candidate Profile
A master’s degree (or equivalent) in Engineering, Energy Systems, Applied Mathematics, or a related field. Background in energy systems analysis, system modelling, or power engineering.
Proficiency in programming (e.g., Python, MATLAB, or similar) is advantageous. Strong written and oral communication skills. Motivation to contribute to sustainable energy solutions.
3. How to apply:
Those interested should send a CV, personal statement (outlining how their relevant experience would make them a strong candidate for the project), transcripts, and contact details of two referees to [email protected].
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