We are looking for an Analyst to support the Adaptation and Risk Analysis team in research and project activities related to multi-hazard risk assessment, climate risk, and hazard modelling. The role will involve working with geospatial, climate, and hazard datasets; supporting flood and extreme precipitation risk assessments; and contributing to the development of analytical outputs, technical reports, and other project deliverables.

Responsibilities Support hazard modelling and risk assessment for floods, extreme precipitation events, and other climate-related hazards.

Conduct geospatial analysis using ArcGIS/QGIS for hazard mapping, vulnerability assessment, and risk analysis.

Support the development of hazard susceptibility and risk maps using statistical and machine learning approaches.

Assist in the pre-processing, analysis, and visualisation of geospatial and climate datasets using Python/R.

Compile, process, and manage datasets from sources including satellite observations, climate datasets, and other relevant sources.

Support the use of hydraulic and hydrological modelling tools for hazard assessment.

Contribute to literature reviews, methodological development, and research related to hazard and climate risk modelling.

Prepare and contribute to technical reports, presentations, documentation, and other project outputs.

Collaborate with team members and support project activities, as required.





Qualifications Master’s degree in Civil Engineering, Hydrology, Water Resources, Environmental Engineering, or a related field.

0–1 years of relevant experience, including academic or project experience in hazard assessment, climate risk, hydrology, geospatial analysis, or related areas.

Demonstrated interest in working on research and projects related to natural hazards, climate risks, and adaptation.

Skill

Set Basic understanding of natural hazards and climate risk assessment.

Proficiency in GIS software, particularly ArcGIS or QGIS, is required.

Basic programming skills in Python or R are required.

Strong analytical, documentation, and communication skills.

Robust organisational skills, with the ability to manage multiple tasks, work independently, and meet deadlines.

Proficiency in Microsoft Office Suite and Google Workspace.

Knowledge of hydraulic or hydrological modelling tools such as HEC-RAS, PC-SWMM, or similar tools would be an advantage.

Experience with remote-sensing data processing would be beneficial.

Familiarity with climate datasets, including rainfall, temperature, climate indices, and other hazard drivers, is preferred.

Experience handling geospatial and climate datasets would be useful.

- Familiarity with statistical or machine learning approaches for hazard susceptibility and risk mapping would be an advantage. Duration 24 months

📌 Analyst (Noida)
🏢 Adaptation and Risk Analysis
📍 Noida