Program
Schedule at a Glance
Main Program
Nov 28 (Sat) |
Nov 29 (Sun) |
Nov 30 (Mon) |
Dec 1 (Tue) |
Dec 2 (Wed) |
Dec 3 (Thu) |
Dec 4 (Fri) |
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Registration | Registration | Registration | Registration |
WFEO General Assembly |
WFEO General Assembly |
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WFEO- STCs |
WFEO-
STCs |
Opening Ceremony & Conference Plenary Lecture 1, 2, 3 | Conference Plenary Lecture 7 |
Oral
Sessions |
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Oral Sessions |
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WFEO- STCs |
WFEO-
STCs |
Kyoto Program | Conference Plenary Lecture 4, 5, 6 | Poster Session | Poster Session |
WFEO General Assembly |
WFEO New Executive Council |
Oral Sessions |
Oral Sessions |
Summary and Concluding Remarks of the Sessions | |||||
Closing Ceremony | |||||||
Reception | Banquet | WFEO Gala Dinner |
Simultaneous interpretation between Japanese and English is provided for Kyoto Program, Opening Ceremony and Conference Plenary Lectures.
Technical Exhibition
Nov 28
(Sat) |
Nov 29 (Sun) |
Nov 30 (Mon) |
Dec 1 (Tue) |
Dec 2 (Wed) |
Dec 3 (Thu) |
Dec 4 (Fri) |
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Exhibition |
Other Events
Nov 28 (Sat) |
Nov 29 (Sun) |
Nov 30 (Mon) |
Dec 1 (Tue) |
Dec 2 (Wed) |
Dec 3 (Thu) |
Dec 4 (Fri) |
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Technical Visits | ||||||
Introduction of Traditional Arts and Technology | ||||||
Accompanying Person Tour | ||||||
Engineering Café |
Note: Session design may be flexibly modified
Opening Ceremony / Conference Plenary Lectures
November 30 (Mon.), 2015
9:00-10:00 | Opening Ceremony |
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10:30-12:30 | Conference Plenary Lectures Part 1, 2, 3 |
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14:00-16:00 | Conference Plenary Lectures Part 4, 5, 6 |
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December 1 (Tue.), 2015
9:00-9:50 | Conference Plenary Lecture Part 7 |
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Wide-bandgap semiconductors as tools for realizing a sustainable societyProf. Hiroshi AmanoDirector, Professor, Center for Integrated Research of FutureElectronics, Institute of Materials and Systems for Sustainability, Nagoya University 2014 Nobel Prize Laureate |
Oral Session (As of November 20, 2015)
Poster Session (As of November 20, 2015)
Sessions at a Glance
Overall Conference Theme: "Engineering: Innovation and Society"
- Track 1: Resilient Infrastructure for Society
- 1-1 Reconstruction innovation
- 1-2 Land/city conservation and disaster mitigation
- 1-3 Robot technology used at disaster sites and its operating system
- 1-4 Strengthening national interests and creating new industries using big data
- 1-5 Creating a resilient economy
- 1-6 Resilience in manufacturing and energy sectors
- Track 2: Energy for a Sustainable Society
- 2-1 Wider applications for fossil resources: Conventional and non-conventional resources
- 2-2 Power generation technology
- 2-3 Renewable energy sources and energy storage technologies
- 2-4 Energy saving and efficient energy use
- 2-5 Energy management
- 2-6 Smart grid, smart community
- Track 3: Natural Resources for a Sustainable Society
- 3-1 Satellite-based technology, land and marine survey, resource investigation, disaster monitoring
- 3-2 Supply chain of mineral resources and life cycle of human beings
- 3-3 Water resource and environmental management
- 3-4 Advanced recycling technology
- 3-5 Process technology for sustainability
- 3-6 Agricultural machinery and food engineering, agricultural mechanization, agricultural structures
- Track 4: Urban Development and Infrastructure
- 4-1 Environmental friendly and sustainable cities & housing
- 4-2 Net zero energy building technology, new air-conditioning and sanitary technology, green building technology, water utilization technology
- 4-3 Measuring, control, security technology, robot technology
- 4-4 Next generation broadcasting systems
- 4-5 Construction technology and management
- 4-6 Innovation for maintenance and renovation of sustainable civil infrastructure
- Track 5: Mobility and Communication Technology
- 5-1 Railway technology, high-speed train, urban transportation, maintenance technology
- 5-2 Automotive technology, society and mobility in 2030
- 5-3 Marine technology, ships, ocean energy utilization, marine resource developments
- 5-4 Aeronautical technology
- 5-5 Innovative telecommunications technologies
- 5-6 Information security and privacy
- Track 6: Industry for Society
- 6-1 Creating value and solving social issues through the big data revolution
- 6-2 Trends in utilizing intellectual property for promoting innovation
- 6-3 Role of finance in industrial innovation
- 6-4 Value-added manufacturing for competitiveness
- 6-5 Innovation of cutting-edge technology and next generation devices
- 6-6 Advanced functional materials
- Track 7: Life Innovation
- 7-1 Design of safe and secure communities, reflections on human and robot
- 7-2 Molecular imaging in early diagnosis/treatment
- 7-3 Recovery from disease: Part 1 (Nanomedicine)
- 7-4 Recovery from disease: Part 2 (minimally invasive therapy and personalized treatment)
- 7-5 Recovery from disease: Part 3 (Regenerative medicine, tissue engineering)
- 7-6 Sustaining good health (Medical and healthcare devices)
- Track 8: Engineering for Society and Engineering in Society
- 8-1 Social missions of engineering and ethics for engineers
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8-2
Science & technology based on the societal trust & communication
Part 1: Fukushima Daiichi--the lessons learned -
8-3
Science & technology based on the societal trust & communication
Part 2: For the society of robust and secure infrastructure - 8-4 Engineering qualification systems and ethics
- Track 9: Engineering Education and Women in Engineering
- 9-1 Promoting female leaders in engineering
- 9-2 Promoting young women in engineering
- 9-3 World human resource development and engineering education
- 9-4 Development and contribution of the Japanese engineering education to the world
- Track 10: Groundwork for the Future