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We have 19 crystallisation PhD Projects, Programmes & Scholarships
crystallisation PhD Projects, Programmes & Scholarships
We have 19 crystallisation PhD Projects, Programmes & Scholarships
Directed Co-Crystallisation of Pharmaceuticals: developing a predictive method for co-crystallisation
Research Group:
Chemistry and Biosciences
In this project, we propose to use a combination of computational and experimental techniques to develop a predictive method for co-crystallisation. Read more
PhD Studentship: High-throughput nanoscale crystallisation of linear and macrocyclic peptides
Award Summary. 100% Home fees covered, and a minimum tax-free annual living allowance of £19,237 (2024/25 UKRI rate). Research funds of approximately £6,000 per annum. Read more
Investigation of crystal formation in pharmaceutical crystallisation processes
Formation of crystals is a crucial part of many manufacturing processes in industries including pharmaceuticals, foods, chemicals and advanced materials. Read more
Quantifying solute-solvent interactions for crystallization design
Most industrial crystallisation processes follow a ‘wet’ chemistry approach, i.e. they involve one or more solvents, but the outcome of a crystallization is not yet possible to predict. Read more
Designing surfaces to control nucleation in pharmaceutical crystallisation
Crystallisation is widely used for purification of chemicals and pharmaceuticals and for making advanced materials for catalysis, separations and sensing applications. Read more
Investigating biocompatible polymers for crystallisation-driven self-assembly
A fully funded PhD studentship (UK tuition fees) is available in the group of Dr Arno at the University of Birmingham (group website. Read more
Exploring crystallisation ‘chaperones’ for single crystal structure determination of trace or difficult to crystallise samples
Supervisory Team. Professor Simon Coles. Structure determination by diffraction requires an appropriate quality crystal, which is challenging for certain compounds or minute quantities of material. Read more
Autonomous flow production of molecular materials
Porous molecular materials—organic solids made from discrete molecules rather than extended frameworks—promise to deliver flexible solutions to pressing challenges. Read more
Rational Control of Crystal Morphology
Research Group:
Chemistry and Biosciences
The external shape of crystalline particles (called morphology) is of paramount importance in a wide range of applications, in particular pharmaceuticals and pigments. Read more
Engineering Nanosensors Using Electrocrystallisation
Fully-funded PhD studentship available on nanosensor engineering by electrocrystallisation with the opportunity to start immediately. Read more
Soft Matter Photonics
Polymer nano-spheres (with composite core-shell layers) can be synthesised and arranged into crystal structures, also known as Polymer Opals, to produce intense iridescent colours. Read more
How does metal binding affect the function of proteins targeted by a devastating pathogen of cereal crops?
Summary. This project involves an interdisciplinary team with the expertise required to study the importance of metal binding for a family of proteins targeted by the rice blast pathogen. Read more
Join Strathclyde as a doctoral researcher and help solve issues of global impact!
The University of Strathclyde is a socially progressive, internationally leading technological University. Our leading-edge research and close links with business, industry and public sector organisations make us the University of choice for 1,800 doctoral researchers from over 80 countries. Read more
(UoM - Tokyo) High-throughput approaches to accelerate the development of pintable up-conversion films
Limiting global warming to 1.5 ºC requires net zero CO2 emissions by 2050 and necessitates renewable electricity reaching 63-81% of total energy generation. Read more
PhD in Geographical and Earth Sciences - Sink or Swim? Modelling Crystal Settling and Flotation in the Lunar Magma Ocean
Start Date. 01/10/2025. Aims. This project will develop a new generation of dynamic magma ocean models that incorporate thermo-chemical convection and crystal segregation of a crystallizing magma ocean cooled from the top. Read more
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