• attendance: 7 times (attendance of the first day is also included for the assessment)
  • full attendance = 7 points/day
  • partial attendance without proper explanation = 3 points/day
  • absent without proper explanation = 0 point/day
• presentation by using PPT at class and submission of improved PPT (or report): 3 times
  • S (excellent) = 17 points
  • A (good) = 13 points
  • B (normal) = 9 points
  • C (poor) = 5 points
• assessment: A (85-100 points), B (65-84 points), C (50-64 points)

• First part: lecture
  • Global energy balance and related technologies by Jun Takahashi (The university of Tokyo)
  • Global Megatrends in Resource Recovery and Recycling by Gjergj Dodbiba (The university of Tokyo)
  • Sustainability by Hironao Matsubara (ISEP) and Kazunori Kobayashi (Massey university)
  • Global technological policy making by Makoto Akai (AIST) and Hiroyasu Takase (QJ science)
• Second part: student's presentation and discussion concerning the topics of the first part

date	room	lecture	topics	references
11/21	423	Takahashi	Guidance Global energy balance and related technologies	PPT-2017 references 2017 Key World Energy Statistics
11/28	423		students' presentation	student's presentation theme Consider effective policy to reduce world’s fossil fuel consumption by using statistics shown in today’s lecture or following website first. http://www.iea.org/ Then, show your assumption about technological development, i.e. electric vehicle, and introducing schedule of the technologies to our society. Evaluate the long term effect of the technologies on the reduction of fossil fuel consumption till 2050 quantitatively based on your assumption.
12/5	423	Dodbiba	Global Megatrends in Resource Recovery and Recycling	PPT1-2016, PPT2-2016, Assignment-2016
12/12	413		students' presentation	.
12/19	423	Matsubara	Sustainability	PPT-2017
1/9	423	Akai Takase	Global technological policy making	PPT1-2017, PPT2-2017
1/16	423		students' presentation	.