University of York

What you'll study

The programme delivers a strong foundation in core chemical disciplines — physical, organic, inorganic and analytical chemistry — in the early years, before focusing on atmosphere- and environment‑related modules at the advanced level. Typical topics include atmospheric chemistry and photochemistry, gas‑ and particle‑phase processes, environmental analytical techniques (for example mass spectrometry and chromatography), chemical kinetics, spectroscopy and quantitative chemical modelling.

Teaching is a blend of lectures, small‑group problem classes, laboratory practicals and fieldwork. Practical training emphasises modern instrumental methods for trace gas and aerosol measurement, laboratory simulation of atmospheric processes, and data treatment. You will also gain computing skills for numerical modelling and data analysis.

The integrated master's structure means you progress from foundational undergraduate modules to masters‑level study: independent research methods, advanced topics seminars and a substantial final research project carried out in a laboratory or field setting under academic supervision. There are opportunities for interdisciplinary modules and collaborations with environmental and earth science groups.

Entry requirements

Applicants are expected to have strong prior achievement in chemistry and mathematics. Typical entry routes include A‑levels (including Chemistry and usually Mathematics), the International Baccalaureate, or equivalent qualifications. Successful applicants normally demonstrate practical laboratory experience and a strong interest in environmental and atmospheric topics.

Admissions also consider predicted grades, personal statement, and references. Applicants whose first language is not English will need to meet the University of York's English language requirements. Mature applicants and those with vocational qualifications are considered on an individual basis; relevant science experience and evidence of quantitative ability strengthen an application.

Career prospects

Graduates gain technical and analytical skills valued across academia, industry and the public sector. Typical career paths include roles in environmental and air quality consultancies, regulatory bodies and government agencies, environmental monitoring and instrumentation companies, energy and chemical industries, and research organisations. Skills developed on the programme—chemical analysis, atmospheric modelling, experimental design and data interpretation—are also applicable to doctoral study, scientific policy, science communication and non‑governmental organisations working on climate and air quality.

Why study at University of York

York's Department of Chemistry combines a broad undergraduate curriculum with active research groups working on atmospheric and environmental chemistry, providing students with access to contemporary research projects and experienced supervisors. The department's laboratories house modern analytical instrumentation and facilities used in atmospheric measurement and environmental analysis, and students benefit from interdisciplinary links across the university with earth and environmental sciences, physics and environmental policy groups.

The teaching approach emphasises hands‑on laboratory training, independent research and transferable skills such as data analysis and scientific communication. There are opportunities for fieldwork, placement and collaboration with external partners, alongside support for progression to research degrees or professional roles in the environmental and chemical sectors.