All Departments
School of Environmental Sciences
Advertising Salary
Salary will be £38,784 per annum, with an annual increment up to £46,049 per annum
Vacancy Type
Fixed Term
Research and Analogous (RA)
Proposed Advert End Date
05 Jan 2026

About the Role:

Faculty of Science
School of Environmental Sciences

Senior Research Associate
Ref: RA2361 

Salary on appointment will be £38,784 per annum, with an annual increment up to £46,049 per annum.

We seek a highly motivated Senior Research Associate to join the School of Environmental Sciences to investigate the causes and consequences of extreme wildfires. The role will involve applying machine learning to study the drivers, trends and impacts of wildfire on society and the environment, using cutting-edge environmental datasets such as Earth observations from satellite remote sensing, meteorological and climate data, and mapped socioeconomic, land cover, and ecological information. You will work towards delivering a prototype system for predicting the most extreme forms of wildfire that occur on Earth, including megafires.
 
This is a data analysis and modelling position suitable for researchers working in the general areas of Earth system science, environmental data science, or climate impacts research. Applicants with a background in other highly quantitative and analytical disciplines, but an enthusiasm for studying extreme climate hazards, will also be considered. A background in data analysis, statistical modelling, and machine learning is essential.
 
This work will be conducted as part of a research team exploring the frontiers of knowledge on extreme wildfires and their impacts. The role comes with additional opportunities to contribute to the State of Wildfires Project, an international collaboration spanning 60 institutions worldwide and co-led by Dr Matthew Jones at UEA. The post is connected to a project involving industrial partners in the insurance and carbon market sectors, offering opportunities to engage with key stakeholders in wildfire risk research, and to explore career opportunities beyond academia.

As a Senior Research Associate, you will play a key role in shaping the direction of the research, contributing original ideas to study design and advancing the conceptual frameworks used in wildfire and environmental data science. You will lead the analysis and interpretation of data, prepare findings for publication, and present research at conferences and workshops. You will also contribute to grant applications and co-supervise researchers and postgraduate students within the School. The role will support professional growth, including through support to develop fellowship proposals and broader career development plans.

You will have a postgraduate level qualification, equivalent qualification or experience in a relevant research area. You will also have experience of independent research, have publications in respected journals or equivalent within relevant fields and be able to work in a proactive and results driven manner. You will also have strong interpersonal and communication skills, with the ability to analyse and interpret data and work effectively as part of a team. Advanced skills directly relating to this research area and experience teaching small classes and/or overseeing practices would be advantageous. 

This full-time post is available from 2 March 2026 on a fixed term basis for 30 months.

UEA offers a variety of flexible working options and although this role is advertised on a full-time basis, we consider applications from individuals who would prefer a flexible working pattern including annualised hours, compressed working hours, and hybrid working. Details of preferred hours should be stated in the personal statement and will be discussed further at interview.


Benefits include:
  • 44 days annual leave inclusive of Bank Holidays and University Customary days (pro rata for part-time).
  • Family and Work-life balance policies including hybrid working and considerable maternity, paternity, shared parental leave and adoption leave.
  • Generous pension scheme with life cover for dependants, plus incapacity cover.
  • Health and Wellbeing: discounted access to Sportspark facilities, relaxation rooms, 320 acres of rolling parkland, wellbeing walks, Wellbeing Ambassador network, on-campus medical centre including NHS Dentist, Occupational Health and a 24/7 Employee Assistance Programme.
  • Campus Facilities: Sportspark, library, nursery, supermarket, post office, bars and catering outlets.
  • Exclusive shopping discounts to help cut the cost of household bills, childcare salary sacrifice scheme, Cycle to Work scheme and public transport discounts.
  • Personal Development: unlimited access to LinkedIn Learning courses, specialist advice and training from our Organisational Development and Professional Learning Team.

Closing date: 5 January 2026 

The University holds an Athena Swan Silver Institutional Award in recognition of our advancement towards gender equality.

Further Information

About the Project

The research post is funded by the project "What Makes a Megafire?", led by Dr Matthew Jones in the School of Environmental Sciences at UEA. The project aims to uncover the physical, ecological, and human dimensions that combine to generate the world’s most extreme wildfires, and to develop new predictive capabilities for identifying when and where such events are most likely to occur. The project is funded by the UK Natural Environment Research Council (NERC) and represents a major effort to understand the emergence of megafires in a rapidly changing climate. The appointee will contribute to this goal through the application of advanced machine learning and statistical methods to large environmental datasets, working towards improved understanding of the precursors and early-warning signals of megafire events.  

As well as joining the School of Environmental Sciences, you will become part of the Tyndall Centre for Climate Change Research, a leading international network advancing sustainable responses to climate change, and the Climatic Research Unit (CRU), renowned globally for its pioneering work on climate data and analysis. Together, these affiliations will provide opportunities to collaborate with a diverse community of experts across the science and policy of climate and environmental change.

For further information, including the Job Description and Person Specification, please see the attached Candidate Brochure.

For an informal discussion about the post please contact Dr Matthew Jones via [email protected].

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