Computational electrical engineering: methods and models for the analysis and simulation of complex electrical and electronic systems 2026_RTT_DEIB_6
Core
Develop numerical models and methods for analyzing and simulating complex electric power generation, transmission, and distribution systems with tens of thousands of renewable energy sources.
Role type
Research scientist (computational electrical engineering)
Builds
Numerical models and simulation methods for grid stability, reliability, fault analysis, and expansion planning
Domain
Renewable energy integration, power systems, grid stability
Deliverable
research
Required skills
numerical modeling, simulation of complex electrical systems, analysis of renewable energy sources, grid stability assessment, fault analysis, expansion planning
Preferred skills
modeling of power electronic converters, energy storage systems, V2G converters, urban grid integration
Technologies
numerical simulation tools, power system analysis software
Responsibilities
Develop numerical models for complex electrical systems, simulate grid scenarios with renewable sources, assess grid stability and reliability, perform fault analysis, support expansion planning
Seniority
Researcher, hands-on technical execution