University of Strathclyde

What you'll study

The PhD in Chemistry is an advanced research degree centred on a substantive original investigation under the supervision of academic staff in the Department of Pure and Applied Chemistry. Students undertake an independent research project in areas such as synthetic organic and inorganic chemistry, catalysis, physical chemistry and spectroscopy, materials and polymer chemistry, analytical chemistry, computational/theoretical chemistry, and energy-related chemistry. Projects may be experimental, computational or a combination of both.

Programme structure is researcher-led rather than modular: after an initial period of literature review and training you will focus on planning and executing experiments or simulations, analysing results, and writing up your thesis. Formal training elements typically include research methods, advanced instrumentation, data management, scientific communication, and transferable skills such as project management and ethics. Progress is monitored through regular supervisor meetings, formal annual reviews, and a final viva voce examination.

Research facilities available to students include multi-nuclear NMR spectroscopy, mass spectrometry, X-ray crystallography, a range of optical and vibrational spectroscopies, electrochemical instrumentation, surface analysis and microscopy, and computational resources for modelling and data analysis. Many projects also make use of collaborative facilities within the University’s interdisciplinary centres and its Technology and Innovation Centre.

Entry requirements

Successful applicants normally hold a good honours degree (2:1 or above) in chemistry or a closely related subject and typically a relevant postgraduate research or taught master’s qualification with a substantial research component. Equivalent professional experience or international qualifications may also be considered. Applicants are expected to provide a research proposal or outline, a curriculum vitae, academic references and transcripts.

Admission is subject to the availability of a suitable supervisor and appropriate resources for the proposed project. Candidates will usually be invited to an interview (in person or online) with potential supervisors and selection panels. Proof of English language proficiency is required from applicants whose prior education was not in English; typical requirements align with commonly used UK benchmarks (for example, demonstrating competence across reading, writing, speaking and listening), but precise scores should be confirmed with the admissions team.

Part-time and flexible study arrangements may be accommodated where consistent with project needs and supervisory capacity. Applicants seeking funding should check eligibility for departmental studentships, university doctoral scholarships, and external grants; many students combine funded studentships with collaborative industrial projects.

Career prospects

Graduates with a PhD in Chemistry from Strathclyde move into a wide range of careers. Typical destinations include academic research and teaching, postdoctoral positions, and research leadership roles. Many graduates enter industrial research and development in sectors such as pharmaceuticals, fine chemicals, petrochemicals, energy and renewables, materials and nanotechnology, and advanced manufacturing.

Outside of laboratory science, PhD-trained chemists also pursue careers in science policy, regulatory affairs, patent law and intellectual property, technical consultancy, science communication, and higher-level roles in data science and process engineering. The emphasis on transferable skills and industry engagement at Strathclyde supports transitions into management, commercialisation and entrepreneurial activities.

Why study at University of Strathclyde

The University of Strathclyde is research-intensive and known for strong links with industry and applied research, making it a productive environment for doctoral work that seeks real-world impact. The Department of Pure and Applied Chemistry offers a supportive supervisory environment with access to modern instrumentation and interdisciplinary collaborations across materials, energy and life-science interfaces.

Strathclyde’s location in Glasgow provides proximity to a wide range of industrial partners, national research facilities and a vibrant science ecosystem, facilitating placements, collaborative projects and technology translation. Doctoral students benefit from structured training, professional development opportunities, and an active research community that encourages publication, conference participation and engagement with external stakeholders.

Prospective applicants should contact potential supervisors to discuss project ideas and funding options before applying. The department’s postgraduate research administrators can provide guidance on application requirements and support available for doctoral candidates.