University of Nottingham

What you'll study

The PhD in Environmental Sciences is an individual, project-based research degree typically completed over three to four years full-time (part-time study is also possible). You will undertake an original research project under the guidance of one or more supervisors drawn from relevant schools across the University, for example biosciences, geography, Earth sciences and engineering. Typical research themes include climate change impacts and adaptation, ecosystems and biodiversity, environmental chemistry and pollution, hydrology and water quality, soil science, remote sensing and environmental modelling, and sustainability science and policy.

Training is centred on the research project but is supplemented by a structured programme of research training. This commonly includes:

• Research methods and data analysis (statistical methods, modelling, programming, GIS and remote sensing).
• Field and laboratory techniques relevant to your project (e.g. sampling design, analytical chemistry, ecological survey methods).
• Professional and transferable skills (science communication, project management, grant writing, ethics, and public engagement).
• Advanced topics seminars and taught modules where appropriate to deepen subject knowledge.

Your progress will be monitored through regular supervisory meetings, annual reviews and a final thesis examination (viva voce). Opportunities exist to collaborate across research centres and with external partners including local industry, governmental bodies and non-profit organisations, and to present at conferences and publish in peer-reviewed journals.

Entry requirements

Applicants are normally expected to hold a relevant master's degree with a substantial research component (for example an MSc with a dissertation) or an undergraduate degree with first-class honours and relevant research experience. Strong candidates with professional experience in a relevant field may also be considered.

Other typical application components include:

• A detailed research proposal or statement of research interests outlining objectives, methods and potential supervisors.
• Academic transcripts and degree certificates.
• At least two references, preferably academic referees familiar with your research potential.
• Evidence of English language proficiency where required (commonly an internationally recognised test at a level acceptable to the University).

Selection is competitive and based on research fit with available supervisors, the quality of the proposal, prior academic performance and references. Prospective applicants are encouraged to contact potential supervisors to discuss project ideas before applying.

Career prospects

Graduates from the Environmental Sciences PhD enter a wide range of careers. Many continue in academia in postdoctoral research and lecturing roles. Others move into:

• Environmental consultancies and engineering firms focusing on impact assessment, remediation, monitoring and modelling.
• Government and regulatory agencies working on environmental policy, conservation, water management and climate adaptation.
• International organisations and NGOs engaged in biodiversity conservation, sustainable development and climate resilience.
• Industry roles in sectors such as energy, agriculture, utilities and natural resource management, including environmental compliance and sustainability strategy.
• Data science, environmental modelling and GIS specialist roles in the public and private sectors.

The programme’s emphasis on research, technical skills and communication prepares graduates for roles that demand independent problem solving, project leadership and high-level analytical capability.

Why study at University of Nottingham

The University of Nottingham offers a research-intensive environment with access to interdisciplinary expertise across biosciences, geography, engineering and social sciences. You will be supported by experienced supervisors whose work spans laboratory, field and modelling approaches, and by the University’s postgraduate training provision which delivers research methods and professional skills development.

Facilities that commonly support environmental PhD research include laboratory infrastructure for chemical and biological analysis, dedicated computing resources for modelling and GIS, and access to field sites and long-term environmental datasets. The University also fosters external partnerships with industry, government and third-sector organisations, creating opportunities for applied research and knowledge exchange.

As a doctoral researcher you will join a vibrant postgraduate community, with dedicated doctoral support services for training, career development and wellbeing, and opportunities to participate in seminars, workshops and interdisciplinary research networks across the University.