Aerosol and Radiation Research Scientist for Destination Earth

Your role 

We are looking for a highly motivated Scientist to improve the representation of aerosols and radiation for global km-scale resolution simulations with ECMWF’s Integrated Forecast System (IFS), in the framework of ECMWF’s contribution to the Destination Earth (DestinE) initiative of the European Commission. This is an exciting opportunity to be part of a team pushing the bounds of global modelling as part of the efforts to operationalize the global component of the DestinE Extremes Digital Twins. While aerosols are known to have a significant impact on weather, a detailed representation is often too costly for operational weather predictions. The successful candidate will therefore evaluate and further develop the implementation of a computationally efficient reduced-complexity prognostic aerosol configuration that interacts with radiation in the km-scale forecast model. Two approaches can be explored using capabilities recently added to the IFS: a hybrid approach with some aerosols prognostic and some climatological, or a dual-grid approach in which the full prognostic aerosol scheme is run at lower resolution than the meteorological fields. Assessments will range from local impacts of extreme events (e.g. dust storms or pollution), to large-scale radiative impacts on the global circulation. There is also an opportunity to contribute to the further development of the radiation parametrization for other aspects relevant to km-scale modelling, such as 3D radiative effects.

This position is based in the Physical Processes Team, responsible for the improved representation of atmospheric processes within the ECMWF IFS. The team is part of the Earth System Modelling Section of the Research Department at ECMWF. You will report to the Physical Processes Team Leader and will work closely with other scientists across ECMWF and in particular with the Atmospheric Composition Team and other scientists working on the development of DestinE Digital Twins. 

At ECMWF, you will find a passionate community, collectively aiming to build world-leading global Earth system models for numerical weather prediction and climate simulations. This effort supports ECMWF’s strategy of producing cutting‐edge science and world-leading weather predictions and monitoring of the Earth system. This contract is funded by Destination Earth.

About ECMWF 

The European Centre for Medium-Range Weather Forecasts (ECMWF) is a world-leader in weather and environmental forecasting. As an international organisation we serve our members and the wider community with global weather predictions and data that is critical for understanding and solving the climate crisis. We function as a 24/7 research and operational centre with a focus on medium and long-range predictions, holding one of the largest meteorological data archives in the world. The success of our activities builds on the talent of our scientists and experts, strong partnerships with 35 Member and Co-operating States and the international community, some of the most powerful supercomputers in the world, and the use of innovative technologies and machine learning across our operations. ECMWF is a multi-site organisation, with a main office in Reading, UK, a data centre/supercomputer in Bologna, Italy, and a large presence in Bonn, Germany. 

ECMWF has developed a strong partnership with the European Union and has been entrusted with the implementation and operation of the Destination Earth Initiative and the Climate Change and Atmosphere Monitoring Services of the Copernicus Programme. Other areas of work include High Performance Computing and the development of digital tools that enable ECMWF to extend provision of data and products covering weather, climate, air quality, fire and flood prediction and monitoring.

See   for more info about what we do. 

The Destination Earth (DestinE) Initiative 

ECMWF is one of the three entities entrusted to implement the Destination Earth (DestinE) initiative of the European Commission, alongside ESA and EUMETSAT as partners. DestinE aims to deploy several highly accurate thematic digital replicas of the Earth, called Digital Twins. The Digital Twins will help monitor and predict environmental change and human impact, in order to develop and test scenarios that would support sustainable development and corresponding European policies for the Green Deal.  ECMWF is responsible for the delivery of these digital twins and of the Digital Twin engine, the software infrastructure needed to power them of some of Europe’s largest supercomputers, those of the European HPC Joint Undertaking (EuroHPC). 

The second phase of DestinE covers the period June 2024 – May 2026, and future phases are foreseen (subject to funding). Phase 2 will focus on early operations with consolidation, maintenance, and continuous evolution of the DestinE system components developed in the first phase.

For more information on DestinE, see https://ec.europa.eu/digital-single-market/en/destination-earth-destine and https://www.ecmwf.int/en/about/what-we-do/environmental-services/destination-earth 

Your responsibilities 

• Conducting simulations with the IFS and evaluating forecasts with a range of observations and metrics
• Performing scientific assessment of a reduced complexity representation of aerosols and their radiative effect across scales
• Performing scientific assessment for specific atmospheric composition events at km-scale resolutions
• Further developing the representation of atmospheric composition, its radiative effects and other aspects of the radiation parametrization relevant for kilometre-scale modelling for weather and climate
• Preparing aerosol forcings for climate simulations within DestinE
• Contributing to regular progress reports to the European Commission
• Acting as technical officer and supporting procured activities within DestinE by ECMWF and collaborating with ECMWF DestinE partners
• Documenting and publishing scientific results

What we're looking for

• Excellent analytical and problem-solving skills with a proactive approach to improve models and tools
• Excellent interpersonal and communication skills
• Self-motivated and able to work with minimal supervision, but also dedicated and enthusiastic about teamwork with willingness to work in close collaboration with other scientists, teams and sections at ECMWF
• Ability to maintain effective communication and documentation regarding model developments and the support of the research-to-operation process
• Highly organised with the capacity to work on a diverse range of tasks to tight deadlines

Education

• An advanced university degree (EQF Level 7 or above) in a physical, mathematical or environmental science or equivalent professional experience

Experience, Knowledge and Skills

• Experience in atmospheric modelling for weather forecasting or climate prediction.
• Expertise in radiative transfer and/or atmospheric composition modelling.
• Experience with developing and maintaining large scientific codes and running numerical simulations is desirable.
• Experience in handling large observational and/or modelling datasets and their statistical analysis is desirable.
• Candidates must be able to work effectively in English.

Other information 

Grade remuneration:  The successful candidates will be recruited at Grade A2, according to the scales of the Co-ordinated Organisations and the annual basic salary will be GBP 71,451 (Reading/UK) or EUR 86,824 (Bonn/Germany) NET annual basic salary (ECMWF salaries are exempt of national income tax). In addition to basic salary, ECMWF also offers an attractive package of benefits and entitlements. This position is assigned to the employment category STF-PS  as defined in the ECMWF Staff Regulations. To find out more about working with us and for full details of salary scales and allowances, please visit . 

Starting date:                As soon as possible

Length of contract:     The contract duration is expected to be two years up to 31 May 2026.  There may be the possibility of further contract extensions in the future, depending on requirements and funding availability.

Location:                         Reading, UK or Bonn, Germany

Remote work:            As a multi-site organisation, ECMWF has adopted a hybrid organisation model which allows flexibility to staff to mix office working and teleworking. We allow for remote work 10 days/month away from the office, including up to 80 days/year away from the duty station country (within the area of our member states and co-operating states).

Interviews by videoconference (MS Teams) are expected to take place during February-March 2024. If you require any special accommodations in order to participate fully in our recruitment process, please let us know. 

To contact the ECMWF Recruitment Team, please email jobs@ecmwf.int.

Who can apply 

Applicants are invited to complete the online application form by clicking on the apply button below. 

At ECMWF, we consider an inclusive environment as key for our success. We are dedicated to ensuring a workplace that embraces diversity and provides equal opportunities for all, without distinction as to race, gender, age, marital status, social status, disability, sexual orientation, religion, personality, ethnicity and culture. We value the benefits derived from a diverse workforce and are committed to having staff that reflect the diversity of the countries that are part of our community, in an environment that nurtures equality and inclusion. 

Applications are invited from nationals from ECMWF Member States and Co-operating States, as well as from all EU Member States. 

ECMWF Member and Co-operating States are: Austria, Belgium, Bulgaria, Croatia, Czech Republic, Denmark, Estonia, Finland, France, Georgia, Germany, Greece, Hungary, Iceland, Ireland, Israel, Italy, Latvia, Lithuania, Luxembourg, Montenegro, Morocco, the Netherlands, Norway, North Macedonia, Portugal, Romania, Serbia, Slovakia, Slovenia, Spain, Sweden, Switzerland, Türkiye and the United Kingdom. 

In these exceptional times, we also welcome applications from Ukrainian nationals for this vacancy.  

Applications from nationals from other countries may be considered in exceptional cases.