Role
The role will involve the development, understanding and optimisation of homogeneous and heterogenised catalyst systems. This will include catalytic mechanistic studies using a range of approaches. Project work will include: conducting catalytic reactions, such as hydrogenation and hydroformylation; synthesising and understanding the behaviour of novel solvent systems and bespoke catalysts; preparing and characterising thin ionic liquid thin films; preparing for, undertaking and completing post-experiment analysis following neutron and X-ray experiments at facilities such as ISIS and the Diamond Light Source. The project is highly collaborative and will involve working with team members from Heriot-Watt University, ISIS Neutron and Muon Source and other research group members in York.
This post is full-time on a fixed-term contract that is funded for 3 years and 9 months. Flexible working patterns and job sharing opportunities will be considered.
Skills, Experience & Qualifications needed
1. PhD in chemistry, or chemical engineering (strong chemistry focus)
2. Knowledge and experience of synthesis and catalysis, including the ability to work effectively with air- and moisture-sensitive compounds and undertake a range of catalytic reactions.
3. Knowledge and experience of a range of spectroscopic and analytical methods of relevance to the project area.
4. Track record of publishing research results in peer-reviewed journals and an ability to lead the writing up of results for publication in a timely manner.
5. Willingness and ability to work proactively with collaborators in other institutions is important.
6. Have a strong ability to plan and manage their own time to consistently meet deadlines, whilst maintaining excellent research quality.
Interview dates: To be confirmed