Role
In this project the boundaries of what can be achieved in SMOM (solid-state molecular organometallic) catalysis will be pushed back. In particular we are interested in how the molecular structure of the organometallic complexes in crystallo can be fine-tuned to develop selective catalysts for a variety of different transformations of simple feedstocks (alkanes, alkenes, and other small molecules), that also operate at close to room temperature with high conversions. The project will develop synthetic routes to in crystallo organometallics and their deployment in catalysis (batch or flow) and the interrogation of kinetics and mechanism.
The post is ideally suited to someone who is willing to take on a synthetic challenge, problem-solve in a collaborative team environment, and further develop their skills by using a wide variety of techniques to resolve structure, bonding and reactivity in organometallic systems.
Skills, Experience & Qualifications needed
You will:
1. have an undergraduate degree in Chemistry and PhD in Organometallic Chemistry with knowledge of, and experience in, air sensitive platinum group metal organometallic synthesis and catalysis (including ligand design and kinetics/mechanism), advanced NMR spectroscopy and heterogeneous catalysis.
2. be skilled in NMR spectroscopy as applied to Organometallic Chemistry
3. be skilled in air-sensitive platinum group metal organometallic synthesis and catalysis
4. be skilled in gas handling and manipulation, as applied to Organometallic chemistry
5. have highly developed communication skills to engage effectively with a wide ranging audience, both orally and in writing; demonstrated ability to write up research work for publication; ability to work as part of a team and also to work independently using own initiative; ability to develop research objectives, projects and proposals for own and joint research
Interview date: 26/03/2026