Bioengineering for Green Roads Read more about Bioengineering for Green Roads The Bioengineering for Green Roads webinar
Bioengineering for Green Roads Read more about Bioengineering for Green Roads This presentation discussed the practical, cost-effective bioengineering solutions for advancing climate-resilient and eco-friendly transport infrastructure in emerging economies.
Kalyan Thapa Keywords green roads bioengineering Read more about Kalyan Thapa Kalyan Thapa is an expert in bioengineering with over 25 years of experience in ecological restoration and sustainable infrastructure solutions. As the Environment and Grounds Manager at Trinity Western University (TWU) in Langley, BC, Kalyan specializes in bioengineering techniques for climate resilience, water management, and land rehabilitation. His career began in 1989, pioneering plant-based slope stabilization methods in Nepal’s Dharan-Dhankuta Road.
Build Back Better (BBB) Case Study Read more about Build Back Better (BBB) Case Study This presentation discussed how the BBB Sector Guides can be used and applied in the country of Tonga as they experience a high degree of economic and social shock during disaster years.
Build Back Better Sector Guide and Transport Read more about Build Back Better Sector Guide and Transport This presentation discussed the Build Back Better Sector Guides, which provide practical resources to support ADB clients, partners, and staff in enhancing the climate and disaster resilience of communities, infrastructure, and systems through effective post-disaster assistance.
Build Back Better: The ADB Transport Sector Guide Read more about Build Back Better: The ADB Transport Sector Guide This webinar discussed the Build Back Better Sector Guide, which aims to avoid repeated failures of infrastructure through simply reinstating low-resilient solutions.
Present State of 3D Printing Method for Construction Towards Practical Applications Read more about Present State of 3D Printing Method for Construction Towards Practical Applications This presentation gives an overview of the current state and future prospects of 3D printing technology in construction, highlighting its applications, advantages, challenges, and ongoing research efforts in Japan.
Low Carbon Concrete Using Byproducts Aiming for Contribution to Carbon-Neutral Society Read more about Low Carbon Concrete Using Byproducts Aiming for Contribution to Carbon-Neutral Society This presentation gives an overview of the development and application of low carbon concrete technologies, specifically Taisei Corporation's T-eConcrete® series, aimed at reducing CO2 emissions and contributing to a carbon-neutral society.
Koji Kinomura Keywords Taisei Corporation green roads Read more about Koji Kinomura He studied civil engineering at the University of Tokyo and have worked for Taisei Corporation since 2001. He has experienced the career in the construction sites, the civil engineering design department and the nuclear facilities division. His current position is a senior research engineer in the research institute, focusing on 3D printing method of cement-based materials and its labor-saving construction. He has a doctorate degree from the University of Tokyo and a professional engineer qualification, Japan.
Shigeyoshi Miyahara Keywords green roads Taisei Corporation Read more about Shigeyoshi Miyahara Mr. Miyahara studied material science at the Tokyo Institute of Technology and have worked for Taisei Corporation since 2001. He has spent most of my career at Technology Center, and been developing new concrete and construction techniques. Since 2010, he has been developing low carbon concrete that uses minimum or no cement, which emits large amounts of CO2 during its production.