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Objectives
The bridge infrastructure is critical for economic development, social integration, and disaster response across Asia. However, complexities of long span bridges, aging infrastructure, limited maintenance budgets, environmental stressors, and a lack of region-specific technical guidance hinder sustainable bridge management.
To address these challenges and promote appropriate and forward-looking solutions, this TC aims to:
1) Develop Context-Specific Guidelines and Standards: To create technical guidelines, best practices, and policy recommendations tailored to the economic, environmental, and institutional realities of Asian countries, with an emphasis on cost-effective inspection, maintenance, and preservation strategies for regular and long-span bridges.
2) Advance Data-Driven Asset Management: To promote the use of data-centric asset management systems, including inventory databases, condition assessment technologies, life-cycle cost analysis, and risk-based prioritization methods, especially suited for resource-constrained environments.
3) Promote Climate Resilience and Disaster Risk Reduction: To support the integration of climate adaptation and disaster resilience into bridge maintenance planning, particularly in regions prone to floods, earthquakes, and extreme weather, by encouraging scenario planning and resilient design interventions.
4) Foster Local Capacity and Knowledge Transfer: To build technical capacity through knowledge-sharing initiatives, training programs, and partnerships that empower local governments, engineers, and technicians with the skills and tools necessary for effective bridge preservation.
5) Facilitate Regional and International Collaboration: To provide a platform for collaboration among policymakers, academics, practitioners, and funding agencies across Asia and beyond, facilitating the exchange of research findings, case studies, and innovative solutions relevant to long-span bridge maintenance in emerging economies.
6) Encourage Low-Cost Technological Innovation: To identify and promote affordable technologies such as mobile inspection tools, remote sensing, drones, and AI-based decision support systems that enhance bridge condition monitoring and reduce maintenance costs.
7) Align with Sustainable Development Goals (SDGs): To support the achievement of the United Nations SDGs, particularly Goals 9 (Industry, Innovation, and Infrastructure), 11 (Sustainable Cities and Communities), and 13 (Climate Action), by embedding sustainability and inclusivity in bridge infrastructure practices.
Terms of Reference
The bridge infrastructure is critical for economic development, social integration, and disaster response across Asia. However, complexities of long span bridges, aging infrastructure, limited maintenance budgets, environmental stressors, and a lack of region-specific technical guidance hinder sustainable bridge management.
To address these challenges and promote appropriate and forward-looking solutions, this TC aims to:
1) Develop Context-Specific Guidelines and Standards: To create technical guidelines, best practices, and policy recommendations tailored to the economic, environmental, and institutional realities of Asian countries, with an emphasis on cost-effective inspection, maintenance, and preservation strategies for regular and long-span bridges.
2) Advance Data-Driven Asset Management: To promote the use of data-centric asset management systems, including inventory databases, condition assessment technologies, life-cycle cost analysis, and risk-based prioritization methods, especially suited for resource-constrained environments.
3) Promote Climate Resilience and Disaster Risk Reduction: To support the integration of climate adaptation and disaster resilience into bridge maintenance planning, particularly in regions prone to floods, earthquakes, and extreme weather, by encouraging scenario planning and resilient design interventions.
4) Foster Local Capacity and Knowledge Transfer: To build technical capacity through knowledge-sharing initiatives, training programs, and partnerships that empower local governments, engineers, and technicians with the skills and tools necessary for effective bridge preservation.
5) Facilitate Regional and International Collaboration: To provide a platform for collaboration among policymakers, academics, practitioners, and funding agencies across Asia and beyond, facilitating the exchange of research findings, case studies, and innovative solutions relevant to long-span bridge maintenance in emerging economies.
6) Encourage Low-Cost Technological Innovation: To identify and promote affordable technologies such as mobile inspection tools, remote sensing, drones, and AI-based decision support systems that enhance bridge condition monitoring and reduce maintenance costs.
7) Align with Sustainable Development Goals (SDGs): To support the achievement of the United Nations SDGs, particularly Goals 9 (Industry, Innovation, and Infrastructure), 11 (Sustainable Cities and Communities), and 13 (Climate Action), by embedding sustainability and inclusivity in bridge infrastructure practices.
Expected Outcomes
The bridge infrastructure is critical for economic development, social integration, and disaster response across Asia. However, complexities of long span bridges, aging infrastructure, limited maintenance budgets, environmental stressors, and a lack of region-specific technical guidance hinder sustainable bridge management.
To address these challenges and promote appropriate and forward-looking solutions, this TC aims to:
1) Develop Context-Specific Guidelines and Standards: To create technical guidelines, best practices, and policy recommendations tailored to the economic, environmental, and institutional realities of Asian countries, with an emphasis on cost-effective inspection, maintenance, and preservation strategies for regular and long-span bridges.
2) Advance Data-Driven Asset Management: To promote the use of data-centric asset management systems, including inventory databases, condition assessment technologies, life-cycle cost analysis, and risk-based prioritization methods, especially suited for resource-constrained environments.
3) Promote Climate Resilience and Disaster Risk Reduction: To support the integration of climate adaptation and disaster resilience into bridge maintenance planning, particularly in regions prone to floods, earthquakes, and extreme weather, by encouraging scenario planning and resilient design interventions.
4) Foster Local Capacity and Knowledge Transfer: To build technical capacity through knowledge-sharing initiatives, training programs, and partnerships that empower local governments, engineers, and technicians with the skills and tools necessary for effective bridge preservation.
5) Facilitate Regional and International Collaboration: To provide a platform for collaboration among policymakers, academics, practitioners, and funding agencies across Asia and beyond, facilitating the exchange of research findings, case studies, and innovative solutions relevant to long-span bridge maintenance in emerging economies.
6) Encourage Low-Cost Technological Innovation: To identify and promote affordable technologies such as mobile inspection tools, remote sensing, drones, and AI-based decision support systems that enhance bridge condition monitoring and reduce maintenance costs.
7) Align with Sustainable Development Goals (SDGs): To support the achievement of the United Nations SDGs, particularly Goals 9 (Industry, Innovation, and Infrastructure), 11 (Sustainable Cities and Communities), and 13 (Climate Action), by embedding sustainability and inclusivity in bridge infrastructure practices.
Period of Activity
October 2025 - Present
Financial Background
The activities of the TC will be carried out with the funds provided by each TC member. Additionally, KSCE/ASCE may be able to arrange possible partial support for major events of the TC.
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