Post doc position on Photoelectrochemical Systems for ‘Green’ Fuel and Chemical Synthesis
We are inviting applications for two excellent PhD graduates to work within a project on photoelectrochemical (PEC) systems for ‘green’ fuel and chemical synthesis. Salary range: €46,305−€52,862 per annum. The appointments will be initially for one year with the potential of extension up to three years.
The accelerated consumption of fossil fuels and ecological concerns highlight the need for transition toward renewable ‘green’ resources. Artificial photosynthesis is a promising approach for mitigating simultaneously both the energy and environmental concerns and for tackling significant global challenges as derived from the UN Sustainable Development Goals.
Key aspects in developing such systems involve: (i) design/development of optimized photoelectrode structures with good solar light absorption capabilities; (ii) use of low‑cost/abundant substrates for the synthesis of value‑added organics of industrial significance; (iii) development/testing of low‑cost co‑catalysts/electrocatalysts to drive the formation of the desired “green” fuels.
This project is suitable for a chemist, material scientist, physicist, and/or chemical engineer with expertise in electrochemical/photoelectrochemical systems and organic/advanced polymer synthesis.
These are research focused roles, where you will conduct a specified programme of research supported by research training and development under the supervision of a Principal Investigator.
The primary purpose of the role is to further develop your research skills and competences, including publication in peer‑reviewed academic journals, development of funding proposals, mentorship of graduate students, and research‑led teaching.
Principal Duties and Responsibilities
Conduct a specified programme of research and scholarship under the supervision of the Principal Investigator.
Engage in appropriate training and professional development opportunities as required by your Principal Investigator, School or Institute, or the University.
Disseminate the results of the research as directed by the Principal Investigator.
Engage in the wider research and scholarly activities of your research group, School and Institute.
Mentor and assist research graduate students in your group, School and Institute.
Carry out administrative work associated with your programme of research.
Additional Project Duties
Design and develop optimized photoelectrode structures with good solar light absorption capabilities.
Perform advanced polymer synthesis.
Implement additive manufacturing techniques.
Characterise photoelectrochemical performance.
Characterise organic/polymeric substances (e.g., NMR, LC‑MS).
Assist in the maintenance of relevant equipment and develop methods for materials/organism characterization.
Prepare presentations, reports and proposals for continuation of the project.
Collect quotations for purchasing new equipment.
Attend relevant workshops and meetings as necessary.
Comply with university policies, including financial regulations, safety policy, GDPR, EDI, confidentiality, IP and data management.
Maintain accurate and complete records of all findings, ensuring data are FAIR.
Selection Criteria
PhD in Chemistry, Materials Science, Physics, or Chemical Engineering.
Expertise in photoelectrochemical systems.
Extensive experience in advanced polymer synthesis and/or additive manufacturing.
Experience in synthesis and advanced structural/spectroscopic characterization of materials, and advanced characterization of organic substances (e.g., NMR, LC‑MS).
Commitment to research and high‑impact publications.
Understanding of operational requirements for a successful research project.
Evidence of research activity (publications, conference presentations, awards) and future scholarly output (working papers, proposals).
Excellent communication skills (oral, written, presentation).
Excellent organisational, time‑management and administrative skills; ability to meet deadlines.
Awareness of equality, diversity and inclusion agenda.
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