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Aston University

Fully Funded PhD in Ionic Liquid-Directed Block Copolymer Self-Assembly for Advanced Functional Materials Aston University in United Kingdom

Degree Level

PhD

Field of study

Chemistry

Funding

The PhD is fully funded. No stipend amount or detailed tuition-fee coverage information is stated.

Deadline

Jan 11, 2027

Country flag

Country

United Kingdom

University

Aston University

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Keywords

Chemistry
Chemical Engineering
Materials Science
Energy Storage
Polymer Chemistry
Polymer Engineering
Nanoscience
Polymer Synthesis
Ionic Liquid
Advanced Materials
Nanostructured Materials

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About this position

A fully funded PhD at Aston University will investigate ionic liquid-directed block copolymer self-assembly for advanced functional materials. The project is based within the Aston Institute for Membrane Excellence and is supervised by Dr Matthew Derry and Professor Paul Topham.

Block copolymers can spontaneously form well-defined nanoscale structures, creating a route to materials whose architecture controls their macroscopic properties. The research will examine how ionic liquids can direct this self-assembly and enable the development of functional nanoparticles, gels, bulk materials and thin films.

The doctoral researcher will design and synthesise block copolymers with controlled molecular architectures, then study how polymer chemistry, ionic-liquid composition, intermolecular interactions, concentration and temperature influence self-assembly. The work will address both solution and bulk systems and explore applications in battery and supercapacitor electrolytes, selective metal and chemical extraction, separation technologies and nanolithography.

Advanced characterization will be central to the project, including small-angle X-ray scattering, rheology, spectroscopy, thermal analysis and electron microscopy. These methods will be used to connect molecular structure with self-assembly behaviour and material properties, while examining how nanostructures respond to their environment. The researcher will join Aston’s supportive, multidisciplinary research community and use specialist facilities within the university’s Engineering and Physical Sciences environment.

Funding details

The PhD is fully funded. No stipend amount or detailed tuition-fee coverage information is stated.

What's required

Applicants should hold or expect to achieve either a First Class or 2.1 Bachelor's degree in a relevant subject, or a First Class or 2.1 Bachelor's degree together with a relevant Master's degree at Merit or higher. Equivalent international qualifications are eligible. Essential skills include strong practical laboratory skills, confidence in experimental work, knowledge of polymer science, experience with polymer synthesis, critical thinking, data analysis, independent problem-solving, and excellent communication and teamwork. Familiarity with membrane materials or plastics, experience with GPC, NMR, TEM, SAXS or rheology, and experience writing research articles are desirable.

How to apply

Apply through the Aston University PhD course page using the “Apply now” option. For application-process questions, contact the Postgraduate Admissions team at [email protected]; formal project enquiries should be directed to Dr Matthew Derry at [email protected].

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