12 monthsProgramme duration
33,000 GBPTuition Fee/year
27 Aug, 2026Application Deadline
SepStarting Month
Programme overview
Main Subject
Chemistry
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Climate change, and air, water and soil pollution are critical societal problems that will affect most, if not all communities, companies, and countries across the globe over the next 50 years. This programme will train you in cutting-edge environmental analytical chemical techniques that are used to investigate such pollution and guide mitigation and remediation. Additionally, it will equip you with skills in advanced laboratory analysis, statistical and modelling approaches to interrogating and synthesising datasets, and reporting and communicating data. A particular feature of this MSc is the synthesis of data with training in written, oral, and other forms of communication. There will be particular emphasis on the use of such data to develop policy and/or practical recommendations. In the research project, you will be working on current topics drawn from environmental research such as urban air pollution, water quality and sustainable agriculture.
This programme will appeal to a wide range of students with a science and engineering background. Although focused on environmental applications, you will gain a broad training that will facilitate progression to a diversity of future science and engineering-based careers. The need for experts in environmental analysis and remediation is predicted to increase, making graduates of this programme well placed to take up emerging jobs in companies and organisations requiring this type of expertise.
The Organic Geochemistry Unit and the Atmospheric Chemistry Research Group that will run this course are both world-leading in environmental analytical science, being a home to a laboratory of the NERC-funded National Environmental Isotope Facility (NEIF) and a node of the NASA-funded Advanced Global Atmospheric Gases Experiment (AGAGE) project. Therefore, the collection of state-of-the-art chromatography and mass spectrometry platforms (including organic and stable isotope ratio mass spectrometers and an 14C accelerator mass spectrometer) combined with world-leading research is unparalleled. In addition, the School of Chemistry at the University of Bristol is home to the only Centre for Excellence in Teaching and Learning in practical Chemistry (Bristol ChemLabS) founded in 2005 and has pioneered teaching of analytical chemistry through virtual instruments and smart worksheets. Therefore, the combination of leading analytical science and education methods makes this course unique.
This programme will appeal to a wide range of students with a science and engineering background. Although focused on environmental applications, you will gain a broad training that will facilitate progression to a diversity of future science and engineering-based careers. The need for experts in environmental analysis and remediation is predicted to increase, making graduates of this programme well placed to take up emerging jobs in companies and organisations requiring this type of expertise.
The Organic Geochemistry Unit and the Atmospheric Chemistry Research Group that will run this course are both world-leading in environmental analytical science, being a home to a laboratory of the NERC-funded National Environmental Isotope Facility (NEIF) and a node of the NASA-funded Advanced Global Atmospheric Gases Experiment (AGAGE) project. Therefore, the collection of state-of-the-art chromatography and mass spectrometry platforms (including organic and stable isotope ratio mass spectrometers and an 14C accelerator mass spectrometer) combined with world-leading research is unparalleled. In addition, the School of Chemistry at the University of Bristol is home to the only Centre for Excellence in Teaching and Learning in practical Chemistry (Bristol ChemLabS) founded in 2005 and has pioneered teaching of analytical chemistry through virtual instruments and smart worksheets. Therefore, the combination of leading analytical science and education methods makes this course unique.
Programme overview
Main Subject
Chemistry
Degree
MSc
Study Level
Masters
Study Mode
On Campus
Climate change, and air, water and soil pollution are critical societal problems that will affect most, if not all communities, companies, and countries across the globe over the next 50 years. This programme will train you in cutting-edge environmental analytical chemical techniques that are used to investigate such pollution and guide mitigation and remediation. Additionally, it will equip you with skills in advanced laboratory analysis, statistical and modelling approaches to interrogating and synthesising datasets, and reporting and communicating data. A particular feature of this MSc is the synthesis of data with training in written, oral, and other forms of communication. There will be particular emphasis on the use of such data to develop policy and/or practical recommendations. In the research project, you will be working on current topics drawn from environmental research such as urban air pollution, water quality and sustainable agriculture.
This programme will appeal to a wide range of students with a science and engineering background. Although focused on environmental applications, you will gain a broad training that will facilitate progression to a diversity of future science and engineering-based careers. The need for experts in environmental analysis and remediation is predicted to increase, making graduates of this programme well placed to take up emerging jobs in companies and organisations requiring this type of expertise.
The Organic Geochemistry Unit and the Atmospheric Chemistry Research Group that will run this course are both world-leading in environmental analytical science, being a home to a laboratory of the NERC-funded National Environmental Isotope Facility (NEIF) and a node of the NASA-funded Advanced Global Atmospheric Gases Experiment (AGAGE) project. Therefore, the collection of state-of-the-art chromatography and mass spectrometry platforms (including organic and stable isotope ratio mass spectrometers and an 14C accelerator mass spectrometer) combined with world-leading research is unparalleled. In addition, the School of Chemistry at the University of Bristol is home to the only Centre for Excellence in Teaching and Learning in practical Chemistry (Bristol ChemLabS) founded in 2005 and has pioneered teaching of analytical chemistry through virtual instruments and smart worksheets. Therefore, the combination of leading analytical science and education methods makes this course unique.
This programme will appeal to a wide range of students with a science and engineering background. Although focused on environmental applications, you will gain a broad training that will facilitate progression to a diversity of future science and engineering-based careers. The need for experts in environmental analysis and remediation is predicted to increase, making graduates of this programme well placed to take up emerging jobs in companies and organisations requiring this type of expertise.
The Organic Geochemistry Unit and the Atmospheric Chemistry Research Group that will run this course are both world-leading in environmental analytical science, being a home to a laboratory of the NERC-funded National Environmental Isotope Facility (NEIF) and a node of the NASA-funded Advanced Global Atmospheric Gases Experiment (AGAGE) project. Therefore, the collection of state-of-the-art chromatography and mass spectrometry platforms (including organic and stable isotope ratio mass spectrometers and an 14C accelerator mass spectrometer) combined with world-leading research is unparalleled. In addition, the School of Chemistry at the University of Bristol is home to the only Centre for Excellence in Teaching and Learning in practical Chemistry (Bristol ChemLabS) founded in 2005 and has pioneered teaching of analytical chemistry through virtual instruments and smart worksheets. Therefore, the combination of leading analytical science and education methods makes this course unique.
Admission Requirements
6.5+
3.3+
88+
67+
176+
You will typically need an upper second-class honours degree (or international equivalent) in Engineering or one of the following Natural or Physical Sciences: Chemistry, Earth Science, Environmental Sciences, Food Science, Forensic Science, Geographical Sciences, Geology or Physics.
Unfortunately we cannot consider applicants with Computer Science degrees for this programme.
Applicants who have studied a science degree not listed above will need to demonstrate competency in Maths and Chemistry through one of the following:
1. At least a grade 6 GCSE (or international equivalent). You will also need to complete a short quantitative methods primer at the start of the programme.
2. An A-level (or international equivalent) at grade C or above
3. Undergraduate modules at 2.1 or above (or international equivalent). Module examples:
We will also consider your application if your final overall achieved grade is slightly lower than the programme's entry requirement.
If your achieved grade is lower than our entry requirements, your application may be more likely to receive an offer if you have additional relevant work experience or qualifications. If you have at least one of the following, please include your CV (curriculum vitae / résumé) when you apply, showing:
evidence of relevant work experience with minimum of one year working (full, part-time or internships considered) in one of the relevant sectors: Analytical Science, Metrology and Instrument design, demonstration and manufacturing, and environmental consultancy.
Unfortunately we cannot consider applicants with Computer Science degrees for this programme.
Applicants who have studied a science degree not listed above will need to demonstrate competency in Maths and Chemistry through one of the following:
1. At least a grade 6 GCSE (or international equivalent). You will also need to complete a short quantitative methods primer at the start of the programme.
2. An A-level (or international equivalent) at grade C or above
3. Undergraduate modules at 2.1 or above (or international equivalent). Module examples:
- Data Mining/Data Science/ Data Analytics
- Mathematics
- Mathematical Methods
- Mathematics for Science
- Probability
- Quantitative Chemistry
- Quantitative Methods
- Quantitative Research Methods
- Statistics/Statistical Methods/Statistical Analysis, etc.
- Applied Mathematics
- Applied Solid Mechanics
- Biology
- Biomedical Engineering
- Biosciences
- Biomaterials
- Battery Technology
- Chemistry
- Chemical Engineering
- Composites and Ceramics
- Environmental Engineering
- Epidemiological Methods
- Fluid Mechanics and Heat Transfer
- Fuels and Sustainability
- Molecular Epidemiology
- Physics
- Physical Materials Science
- Polymers
- Renewable Energy for a Sustainable Future
- Structures and Materials
- Sustainability
- Solar Energy Engineering
We will also consider your application if your final overall achieved grade is slightly lower than the programme's entry requirement.
If your achieved grade is lower than our entry requirements, your application may be more likely to receive an offer if you have additional relevant work experience or qualifications. If you have at least one of the following, please include your CV (curriculum vitae / résumé) when you apply, showing:
evidence of relevant work experience with minimum of one year working (full, part-time or internships considered) in one of the relevant sectors: Analytical Science, Metrology and Instrument design, demonstration and manufacturing, and environmental consultancy.
- a relevant postgraduate qualification.
English language requirements
If English is not your first language, you will need to reach the requirements outlined in our profile level E.
27 Aug 2026
1 Year
Sep
- Candidates are required to submit references or letter(s) of recommendation for acceptance
Tuition fees
Domestic
14,900 GBP
International
33,000 GBP
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