Are you looking for a project that builds on your organic synthesis skills and couples it to working on an artificial photosynthesis system for fuel production? If the answer is yes, then apply for a two-year Leverhulme funded post-doctoral position here at Newcastle University. The project will require a person that is adept at the synthesis of organic systems and their characterization. You will also need to carry out reactions initiated by light and identify products produced by disparate spectroscopic techniques including NMR/EPR spectroscopy and gas chromatography. You should also enjoy problem solving and have the capability to analyse data to work out a chemical process. It would also be beneficial to have a knowledge of applying time-resolved spectroscopic techniques to follow electron transfer events.
You would join researchers within the subject of area of Chemistry which sits within the School of Natural & Environmental Sciences, working in the group of Prof Andy Benniston. The project lends scope for you to develop it further, as well as to enhance your career through University programmes. As part of our commitment to career development for research colleagues, the University has developed 3 levels of research role profiles. These profiles set out firstly the generic competences and responsibilities expected of role holders at each level and secondly the general qualifications and experiences needed for entry at a particular level. The position is fixed term for 24 months, full time (37 hours per week). Start dates and flexible working are negotiable. We are committed to building and maintaining a fair and inclusive working environment.
For an informal discussion about the project please email Prof Andy Benniston (andrew.bennniston@newcastle.ac.uk) copying in Kerry Harvey (kerry.harvey@newcastle.ac.uk) to arrange a Teams call.
Key Accountabilities
Carry out research in the preparation of artificial photosynthetic systems that when activated by light produce hydrogen gas and simultaneously create new organic molecules.
Understand concepts of photochemistry and photophysics and apply that knowledge in problem solving.
Ensure intellectual rigour and adherence to robust ethical standards to maintain integrity of research.
Knowledge, Skills and Experience
Capability to design and prepare organic molecules that have photoactive components.
Proven capability to use of different analytical techniques such as NMR spectroscopy, mass spectrometry in the characterization of compounds.
Ability to plan experimental procedures for reactions that are activated by light and monitor their progress by spectroscopic methods.
Critically analyse data and construct theoretical models to explain results
A proven track record in publishing top quality papers.
Sound knowledge of the use and application of electron paramagnetic spectroscopy.
Capability to analyse fast time-resolved spectroscopic data.
Qualifications
Hold a completed and awarded PhD in Chemistry with emphasis on organic synthesis and photochemistry.
Deadline: 5 October 2025.
For more information and to apply visit https://jobs.ncl.ac.uk/job/Newcastle-Research-Associate-in-Artificial-Photosynthesis/1244506101/
