Warwick has an excellent international reputation for research and education in Chemistry. In the 2014 Research Excellence Framework (REF) we were ranked =6th overall for research quality with 98% of our research classified as “world-leading” or “internationally excellent”. Our staff win many national and international awards for science and innovation.
The Department welcomes applications from excellent candidates to carry out research leading to the award of PhD and MSc degrees. MSc courses are 1 year in duration whilst PhD degrees are of between 3-4 years duration depending on the source of funding.
More on your research degree at Warwick Chemistry can be found here. The Department of Chemistry boasts some of the best laboratories and instrumentation in the UK with continuous heavy investment and expansion in equipment, facilities and people. We typically take on 50-60 new MSc and PhD students each year across our graduate programmes.
Click here for the presentation given by Prof Martin Wills at Chem Cafe on 23rd October 2016.
Visiting Research - V-PRCH
We welcome applications for visiting postgraduate research student places. However, it is strongly suggested that you contact the relevant members of academic staff under the relevant research area you are interested in to discuss your needs before you apply as a visiting student. Further information regarding research carried out by our academics can be found on our reseach pages. Information regarding the Visiting Research Application application process can be found here.
Please note that as a visiting research student you will normally be liable for fees as follows:
- If you are visiting for a period of less than 10 weeks no fee will be charged.
- If you are visiting for a period of 10 weeks or over (and up to 12 months), a fee of 50% of the full fee, pro rata for the period of your visit, will be charged.
Examples of PhD projects in the Department of Chemistry include:
- Chemical Genetics of the Carotenoid Cleavage Dioxygenases with Professor Tim Bugg
- Computational Design of Functional Transition Metal Complexes with Professor Rob Deeth
Degradable Polymers for Biomedical Applications with Dr Andrew Dove
Development of Mechanically Robust Chitosan-Based Hydrogels for Tissue Engineering with Dr Andrew Dove
- Elucidating and manipulating antibiotic biosynthetic pathways with Professor Greg Challis
- Fabrication of sustainable non-stick coatings for metal substrates with Dr Stefan Bon and Dr Andrew Clark
- Ficellomycin: Isolation, Structural Elucidation, Antibiotic Action and Synthetic Modification with Professor Mike Shipman
- Ice Growth Inhibition by Synthetic Macromolecules: Experiments and Modelling with Dr Matthew Gibson and Dr Rebecca Notman
- Investigating the interactions between microbial hormones and transcriptional repressors with Dr Christophe Corre
- Investigation of Protein Structure and Protein-Drug Interactions Using NMR Spectroscopy with Dr Ann Dixon
New DNA-polymer precision assemblies for delivery and sensing applications with Dr Rachel O'Reilly
Structural dynamics and interactions of proteins investigated by solid-state NMR with Dr Józef Lewandowski
Targetting metal ions with extracellular proteins : new insights into diseases with Dr Claudia Blindauer and Professor Peter Sadler
- The development and applications of asymmetric catalysis with Professor Martin Wills
Theory of charge transfer and transport at the intreface with Dr Alessandro Troisi