University of York

What you'll study

This programme builds a firm foundation in the core areas of chemistry—organic, inorganic and physical chemistry—while integrating focused modules on atmospheric and environmental topics. Early years concentrate on essential chemical principles and practical laboratory skills: chemical bonding and structure, thermodynamics and kinetics, spectroscopy and quantitative analysis. As you progress you study atmospheric composition and chemistry, aerosol and particulate processes, photochemistry, and the chemical drivers of air quality and climate.

Practical work is a major element throughout the degree: you will gain experience in modern analytical techniques such as gas and liquid chromatography, mass spectrometry, infrared and ultraviolet spectroscopy, and techniques for particulate sampling and characterisation. Training in data analysis, experimental design and modelling of atmospheric processes is included, and field-based or laboratory-based projects give hands-on experience of real-world environmental sampling and monitoring.

In the final year you undertake an independent research project or dissertation focused on an atmospheric or environmental chemistry topic, supervised by academic staff active in related research. Optional modules allow you to tailor the degree towards areas such as environmental monitoring, atmospheric modelling, climate chemistry, or advanced analytical methods.

Entry requirements

You should have a strong science background. Typical applicants will have advanced-level qualifications that include chemistry and at least one other maths or science subject (for example mathematics, physics or biology). The programme accepts a range of UK and international qualifications; relevant practical experience and strong numerical skills are important.

Successful applicants are expected to demonstrate laboratory experience, a good grounding in numeracy, and an aptitude for problem solving and data interpretation. Applicants with non-standard qualifications or significant relevant work experience are considered on an individual basis. English language proficiency is required for international applicants.

Career prospects

Graduates leave equipped for roles that combine chemical expertise with environmental and atmospheric awareness. Typical career paths include environmental and air-quality consultancy, laboratory analyst roles, governmental or regulatory agencies monitoring pollution and compliance, and positions in industries where emissions and atmospheric impacts are important.

The degree also provides a strong platform for further study: many graduates progress to specialist MSc programmes or PhD research in atmospheric chemistry, environmental science, climate science or analytical chemistry. Transferable skills in experimental design, data analysis and scientific communication are also valued in roles such as science policy, environmental project management and technical roles in the private sector.

Why study at University of York

The University of York has an active Department of Chemistry with research and teaching strengths relevant to atmospheric and environmental science. You will be taught by staff engaged in contemporary research, benefitting from laboratory facilities and analytical instrumentation used in environmental and atmospheric investigations.

York provides interdisciplinary links across environmental science and earth sciences on campus, giving opportunities to learn from colleagues working on climate, ecology and sustainability. The university’s careers service and departmental networks help students explore placements, internships and research collaborations with industry, consultancies and public-sector bodies involved in air quality and environmental monitoring.