Postdoc in Quantification of sustainability indicators and lifecycle cost modelling of next generation wind turbines | Kongens Lyngby, Lyngby‐Taarbæk Municipality, Denmark | Technical University of Denmark

Position:	Postdoc in Quantification of sustainability indicators and lifecycle cost modelling of next generation wind turbines
Institution:	Technical University of Denmark
Location:	Kongens Lyngby, Lyngby‐Taarbæk Municipality, Denmark
Duties:	You will be part of the SMP team that works on: Sustainability & environmental impacts; Wind energy economics & finance; Financial modelling and policy analysis; Stochastic cost modelling of wind energy investments; Techno-economics of wind and energy systems; Energy policy & support mechanism design; Social acceptability of wind energy; Planning & development processes
Requirements:	A background in engineering, economics, physics, mathematics, or a related field with an emphasis on development or assessment of sustainable energy systems and lifecycle technoeconomic modelling of renewable energy systems, especially wind energy systems; Proven experience in quantifying sustainability indicators in the context of impact assessment frameworks (economic, environmental and social) and conducting lifecycle cost modelling for energy-related projects, especially wind turbines, considering market value and constraints

Text:	Postdoc in Quantification of sustainability indicators and lifecycle cost modelling of next generation wind turbines You will be part of the SMP team that works on: Sustainability & environmental impacts; Wind energy economics & finance; Financial modelling and policy analysis; Stochastic cost modelling of wind energy investments; Techno-economics of wind and energy systems; Energy policy & support mechanism design; Social acceptability of wind energy; Planning & development processes A background in engineering, economics, physics, mathematics, or a related field with an emphasis on development or assessment of sustainable energy systems and lifecycle technoeconomic modelling of renewable energy systems, especially wind energy systems; Proven experience in quantifying sustainability indicators in the context of impact assessment frameworks (economic, environmental and social) and conducting lifecycle cost modelling for energy-related projects, especially wind turbines, considering market value and constraints