Want to know what it's like to study this course at uni? We've got all the key info, from entry requirements to the modules on offer. If that all sounds good, why not check out reviews from real students or even book onto an upcoming open days?
PhD/DPhil - Doctor of Philosophy
Cardiff University
Full Time
APR-24, JUL-24, OCT-24, JAN-25
3 years
Select a course option
PhD/DPhil - Doctor of Philosophy
Cardiff University
Full time
APR-24, J..
3 years
Select a an exam type
The School of Chemistry has developed a particular strength in Organic Synthesis, with a research group dedicated to this exciting area of study. As part of the Chemistry (PhD/MPhil) programme, students can conduct their research within this group.
Overview
The research carried out within the Organic Synthesis group is largely focused on the development of novel synthetic methods and applications of these in target synthesis, most often either natural products or biologically active compounds of pharmaceutical or agrochemical significance. In many cases, the inspiration for developing the new methodology arises from a consideration of the structural features of such targets.
Particular areas of current interest are in heterocyclic synthesis, both saturated and heteroaromatic. Driven by the demands of industry and environmental considerations, much of this effort is aimed at defining new methods for the highly efficient and catalytic generation of such compounds. This can involve new heterogeneous catalysts, reactions in flow systems and the application of novel rearrangement reactions or radical chemistry.
A particularly strong theme is the formation of such compounds by the electrophile-driven addition of nucleophiles to unsaturated carbon-carbon bonds. A long standing interest in pericyclic reactions continues in the areas of Diels-Alder chemistry, various sigmatropic rearrangements and electrocyclic reactions. Organocatalysis, an increasingly important area in view of the toxicity of many transition metals, is well represented within the group. Current target types include complex polycyclic peptides, alkaloids, steroids, terpene alkaloids and plant-derived oxygen heterocycles.
For Entry requirements for this course, please visit our website.
Students living in
DomesticStudents from Domestic
For tuition fees for this course, please visit our website.
Students from Other UK
This is the fee you pay if the University is not in the same country that you live in (England, Scotland, Wales, Northern Ireland)
Students from EU
For tuition fees for this course, please visit our website.
Students from International
For tuition fees for this course, please visit our website.