Numbering Code	G-ENE03 63332 LJ28 G-ENE03 63332 LJ77 G-ENE03 63332 LJ17	Year/Term	2022 ・ First semester
Number of Credits	2	Course Type	Lecture
Target Year	Master's students	Target Student
Language	Japanese	Day/Period	Mon.4
Instructor name	YAGI JURO (Institute of Advanced Energy Associate Professor)
Outline and Purpose of the Course	Humankind in this century must seek for the sustainable path under the constraints of energy supply, global environment, population, economic development and exhausting resources. Innovative energy technology such as fusion　and its possible application is lectured from the aspects of sustainability. Energy technology has risk and external costs through environmental and social pathways. Evaluation of advanced energy systems from this aspect will analyze the energy system for sustainable society.No specific knowledge is required for this interdisciplinary lecture.　Not only aquiring the knowledge of state of the art energy technology, attitude to evaluate the overall energy system from sustainability aspect is intended.
Course Goals	To understand basic knowledge and latest topics on the supply chain of energy production, conversion,control and utilization energy, together with social and environmental impacts. To analyze and critically evaluate the energy systems technology to be implimented in the future, and to discuss a strategy of study from social, technical, environmental and sustainability aspects.
Schedule and Contents	１： Future Energy-Environment problem and metha^evaluation ２：Innovatige energy technology;fusion ３：Energy technology and application for sustainable society, hydrogen and other media ４：Energy safety and environmental impact ５：Future energy system and hydrogen technology,Nuclear energy and its application. ６：Energy Investment and Intellectual Property Rights ７：Recycle and Biomass ８：Risk and its evaluation ９：Externality and Impacts on environment and society １０： Energy R&D and its economical evaluation １１：Future energy market and deployment １２： Energy and Environment model, energy portfolio １３：Future energy market and deployment １４：Energy and civilization:zero emission, zero marginal cost and stranded assets １５：Energy and sustainability of environment and bio-system
Evaluation Methods and Policy	Quiz at the each classes. Absence needs prior notice and self-study through lecture material via web together with reports that substitute the attendance. Normarized sum of the score is evaluated at the end.　No reports or tests is planned.
Course Requirements	None
Study outside of Class (preparation and review)	Occasional homeworks to investigate some current topics on energy technology and markets are given, and reporting is required.
Textbooks	Textbooks/References	エネルギー問題の誤解　いまそれをとく, 小西哲之, (化学同人), ISBN:978-4-7598-1354-8