Job description
Hybrid working (50/50)
Closing date for applications, 9th May 2023. We reserve the right to close this advert early if we find the right candidate, so we encourage you to apply early.
- 27 days annual leave, rising to 29 days after five years
- 10% employer pension contribution
- Enhanced maternity and paternity leave
- 24 hour, 365-day access to support with physical, mental, social, health or financial issues
- Flexible working opportunities
- And much more.
- Working closely with pollutant fate modellers, using your skills to developing spatial and temporal datasets of the inputs of polluting chemicals into soils and freshwaters
- Where appropriate, taking part in participatory co-design of future scenarios of polluting chemical inputs with stakeholders
- Working collaboratively within the Environmental Contaminants team, with other specialists in UKCEH including hydrologists, geochemists, and ecotoxicologists, and with external partners
- Interpreting your results and communicating these to other specialists and non-specialists within and outside UKCEH
- Contributing your expertise to funding proposals, papers and reports, including as lead author
- Has a PhD or MSc/BSc with relevant experience in a relevant subject (e.g. Natural Science, Environmental Science, Geography)
- Has experience in analysing spatial data (e.g. using ArcGIS, QGIS, R and/or Python) and developing scripts/applications in a high level language (i.e., R, Python, Julia or Matlab)
- Demonstrates excellent communication and time management skills, including the ability to communicate scientific and data concepts to non-specialists
- Can integrate datasets from different sources to create derived datasets (desirable)
- Has knowledge of legacy and emerging environmental pollutants, their sources and environmental fate (desirable)
- Has familiarity with future scenarios and the tools used to develop them, for example the Shared Socioeconomic Pathways, or the Story-and-Simulation approach to scenario development (desirable)
- Understands approaches to quantify the drivers of environmental change and their outcomes, such as the DPSIR (Drivers-Pressures-State-Impact-Response) framework (desirable)
- Has prepared or contributed to research reports, papers or proposals (desirable)
- Please note that this role involves occasional attendance at international events and conferences and so a willingness to travel abroad essential to enable collaboration with partners in other countries and territories.