Professor in Computational Modelling of Functional and Electrochemical Materials - DTU Energy

Tasks

• Attract external funding for research
• Build multiscale and phase field models
• Collaborate with computational and experimental researchers
• Conduct first-principles simulations
• Develop advanced computational modelling approaches
• Develop curricula and coordinate teaching
• Develop research collaborations and spin outs
• Disseminate research to scientific peers and decision makers
• Lead computational modelling research
• Model coupled electrochemical structural magnetic mechanical phenomena
• Perform computational electrochemistry
• Teach and coordinate courses at BEng BSc MSc and PhD

Perks/Benefits

• Inclusive work culture
• Work-life balance

Skills/Tech-stack

Artificial Intelligence | Atomic scale modelling | Computational electrochemistry | Data driven materials modelling | Data-driven | Electrochemistry | Electronic structure | Electronic structure theory | First principles | High Performance | High-Performance Computing | Materials modelling | Multiscale Modelling | Performance Computing | Phase-field | Phase-field modelling