Keele University

What you'll study

This Masters combines taught modules with intensive hands-on laboratory training and a substantial research project. Core topics cover the theory and practical application of modern analytical techniques and the interpretation of complex data.

• Practical skills and instrumentation: extensive laboratory sessions on chromatography (GC, HPLC/UHPLC), mass spectrometry (LC–MS, GC–MS), NMR, various spectroscopies (UV–Vis, IR, Raman) and electrochemical methods.
• Separation science and hyphenated techniques: principles of separation, method development, coupling techniques and sample preparation strategies.
• Spectroscopic and structural analysis: molecular spectroscopy and approaches to structure elucidation.
• Chemometrics and analytical data analysis: multivariate statistics, chemometric workflows, data processing and quality assessment for large datasets.
• Quality assurance, validation and regulation: laboratory quality systems, method validation, GLP/GMP considerations and regulatory frameworks relevant to pharmaceutical, environmental and food analysis.
• Optional specialist modules: topics such as environmental monitoring, forensic analytical methods, pharmaceutical analysis or bioanalytical techniques, chosen according to interests and availability.
• Research project/dissertation: an independent research project under academic supervision, allowing you to apply advanced analytical methods to a defined problem and produce a written dissertation and oral presentation.

The programme emphasises practical competence, problem-solving and the communication of analytical results. Teaching methods include lectures, seminars, laboratory practicals, workshops and guided project work.

Entry requirements

Applicants are normally expected to have a UK undergraduate degree in chemistry, biochemistry, pharmaceutical science, forensic science, environmental science or a closely related discipline. Typical entry is a 2:1 honours degree; applicants with a 2:2 plus relevant laboratory experience may be considered.

• International qualifications equivalent to the above are accepted; assessment is made on a case-by-case basis.
• Relevant professional laboratory experience or prior research experience is an advantage, particularly for candidates with lower-class degrees.
• Applicants whose first language is not English will be required to demonstrate proficiency; an academic English qualification at an appropriate level (for example IELTS with an overall score that meets university requirements, with minimum component scores) is normally expected.
• Admission decisions are based on academic transcripts, references, personal statement and where appropriate an interview.

Career prospects

Graduates gain skills valued across multiple sectors. Typical career destinations include:

• Analytical chemist or laboratory scientist in pharmaceuticals, food and drink, environmental testing, petrochemicals and manufacturing.
• Quality control/quality assurance roles in regulated industries.
• Forensic scientist or analyst in criminal justice and public-sector laboratories.
• Instrument specialist, applications scientist or technical support for analytical instrumentation companies.
• Environmental monitoring and consultancy roles involving trace analysis and compliance testing.
• Research and development positions or further study such as PhD research in analytical chemistry, chemical sciences or related fields.

The programme’s practical focus and project experience help build a portfolio of laboratory skills and data-handling capabilities sought by employers.

Why study at Keele University

Keele offers a campus-based learning environment with accessible laboratory facilities and small-group teaching that supports intensive practical training. The university brings together interdisciplinary expertise across chemistry, life sciences and environmental science, allowing projects that span fundamental analytical method development to applied analysis.

• Hands-on access to modern instrumentation and tailored lab sessions that prioritise transferable skills and employability.
• Opportunities to pursue project work aligned with staff research and external collaborations, providing real-world relevance.
• Personal academic support through supervisory arrangements and skills training in data analysis, scientific communication and research methods.
• Strong links with regional employers and professional networks that can assist with career development and placements.

Overall, the MSc Analytical Sciences at Keele equips graduates with the theoretical knowledge, practical experience and professional attributes required for laboratory-centred careers and further research.