Doctoral student in Climate Resilient Energy Modelling
Core
Develop new methods for planning electrification systems resilient to climate hazards like floods, droughts, and heat extremes.
Role type
Doctoral researcher in energy systems and climate resilience
Builds
Policy and planning frameworks for climate-resilient energy infrastructure
Domain
Energy systems, climate science, and environmental engineering
Deliverable
research
Required skills
climate modelling, hazard dataset analysis, GIS modelling, network analysis, Python programming, investment appraisal
Preferred skills
system-level risk analysis, infrastructure interdependency analysis, climate adaptation assessment
Technologies
QGIS, ArcGIS, Python
Responsibilities
Develop methods for planning electrification systems resilient to climate hazards; Embed climate-risk considerations into energy planning models; Apply models to policy and planning contexts; Collaborate with external partners and stakeholders; Produce open-source research outputs; Analyze complex issues with a professional approach
Seniority
PhD candidate, independent researcher
