Accurate, reliable, and traceable measurements are fundamental to scientific progress, technological innovation, and sustainable development. Metrology plays a critical role in enabling advancements in energy systems, environmental protection, industrial processes, healthcare, and emerging technologies. As global challenges related to climate change, resource efficiency, and sustainable industrial growth continue to intensify, the importance of robust measurement science and internationally harmonized standards becomes increasingly vital.
This symposium aims to bring together researchers, engineers, policymakers, and industry leaders to discuss the latest advances in metrology and measurement technologies that support sustainable development. It will provide an interdisciplinary platform to explore innovative measurement methods, instrumentation, digital metrology, environmental monitoring systems, and standards that contribute to sustainable industrial practices, environmental stewardship, and improved quality of life worldwide.
Topics include, but are not limited to:
Fundamentals and Advances in Sustainable Metrology
- Measurement science and standards supporting sustainable development
- Traceability, calibration, and uncertainty analysis for sustainability applications
- Metrology infrastructure for sustainable industries and global trade
- Harmonization of measurement standards for environmental and sustainability metrics
Metrology for Energy and Low-Carbon Technologies
- Measurement systems for renewable energy (solar, wind, hydrogen, and bioenergy)
- Metrology for energy efficiency and smart grids
- Measurement and monitoring for energy storage technologies and batteries
- Instrumentation for low-carbon and net-zero technologies
Environmental Monitoring and Climate Measurements
- Sensors and measurement systems for air, water, and soil quality monitoring
- Climate observation and environmental data traceability
- Measurement techniques for greenhouse gas emissions and pollution monitoring
- Remote sensing and satellite-based environmental measurements
Digital Metrology and Data-Driven Measurement Systems
- AI and machine learning for measurement data analysis
- Digital twins and digital calibration systems
- Big data and IoT-enabled measurement platforms for sustainability monitoring
- Smart sensors and distributed measurement networks
Metrology for Sustainable Industry and Circular Economy
- Measurement technologies for sustainable manufacturing and Industry 4.0/5.0
- Measurement approaches supporting circular economy and resource efficiency
- Metrology for recycling technologies and waste management
- Life-cycle measurement and environmental impact assessment
Measurement Systems for Sustainable Infrastructure
- Structural health monitoring and measurement of civil infrastructure
- Measurement technologies for smart cities and resilient urban systems
- Monitoring systems for transportation and sustainable mobility
- Measurement methods for sustainable construction materials
Metrology in Health, Safety, and Quality of Life
- Measurement systems for sustainable healthcare technologies
- Biomedical and chemical measurements supporting environmental health
- Measurement techniques for food safety and water quality
- Measurement standards for public health and safety
Policy, Standards, and Capacity Building in Metrology
- Legal metrology and sustainability regulations
- Measurement standards supporting Sustainable Development Goals (SDGs)
- Capacity building and international cooperation in metrology
- Education and training in sustainable measurement science
