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Download TemplateConference Tracks Priorities
| A | Artificial Intelligence and Digital Transformation |
| B | Climate Change and Resilience |
| C | Sustainable Materials and Green Technology |
| D | Circular Economy and Resource Efficiency |
| E | Smart Infrastructure and Sustainable Cities |
Conference Tracks
TALENTA CEST 2026 covers nine engineering fields, each contributing a distinct dimension to the conference's Smart, Green, and Resilient agenda:
1 Civil Engineering — Resilient Infrastructure
- Sustainable construction and green construction materials
- Structural engineering and resilient infrastructure
- Geotechnical engineering and soil mechanics
- Sustainable transportation infrastructure
- Water resources engineering and hydrology
- Flood mitigation and disaster-resilient infrastructure
| - River engineering, drainage systems, and watershed management
- Sustainable urban infrastructure and smart cities
- Infrastructure adaptation to climate change
- Construction waste management and circular construction
- Low-carbon construction technologies
- Infrastructure monitoring, assessment, and maintenance
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2 Mechanical Engineering — Energy Engineering and Advanced Manufacturing
- Energy conversion, conservation, and efficiency
- Thermal and fluid engineering
- Renewable energy technologies and energy systems
- Heat transfer and thermal management
- Sustainable machine and equipment design
- Energy-efficient mechanical systems
| - Sustainable manufacturing technologies
- Low-carbon and environmentally friendly technologies
- Advanced materials for energy and environmental applications
- Waste-to-energy technologies
- Electric and hybrid vehicle technologies
- Maintenance, reliability, and sustainable operation of mechanical systems
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3 Electrical Engineering — Intelligent Systems
- Renewable energy generation and integration
- Smart grids and intelligent power systems
- Energy transmission, distribution, and management
- Energy storage systems and battery technologies
- Power electronics for sustainable energy applications
- Energy efficiency and electrical system optimization
| - Control systems and automation for green technologies
- Electric vehicles and charging infrastructure
- Internet of Things for energy and environmental monitoring
- Smart energy management systems
- Microgrids and distributed energy systems
- Electrical technologies for resilient and sustainable infrastructure
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4 Chemical Engineering — Sustainable Process Technology
- Green chemistry and sustainable chemical processes
- Clean and low-carbon process technologies
- Process optimization and energy efficiency
- Catalysis for sustainable chemical production
- Biomass conversion and bio-based products
- Waste-to-energy and resource recovery
| - Water and wastewater treatment technologies
- Air pollution control and emission reduction
- Carbon capture, utilization, and storage
- Sustainable materials and environmentally friendly products
- Industrial waste minimization and recycling
- Process safety and sustainable industrial operations
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5 Industrial Engineering — Production & Digital Transformation
- Sustainable manufacturing and production systems
- Industrial optimization and resource efficiency
- Sustainable supply chain management
- Circular economy and industrial ecology
- Life-cycle assessment and environmental management
- Industry 4.0 for sustainable production
| - Energy management in industrial systems
- Green productivity and cleaner production
- Sustainable operations and logistics systems
- Industrial waste reduction and resource recovery
- Quality engineering and sustainable product development
- Occupational health, safety, and environmental management
|
6 Architecture — Green Architecture and Sustainable Building
- Sustainable architecture and green building design
- Energy-efficient and low-carbon buildings
- Climate-responsive and bioclimatic architecture
- Sustainable building materials and construction methods
- Building performance and energy modelling
- Indoor environmental quality and occupant comfort
| - Passive design strategies and renewable energy integration
- Sustainable urban and regional planning
- Resilient cities and climate-adaptive design
- Green infrastructure and ecological landscape design
- Heritage conservation and sustainable adaptive reuse
- Environmentally responsive and resource-efficient architecture
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7 Environmental Engineering — Environmental Health & Engineering, and Climate Action
- Environmental pollution prevention and control
- Air quality management and air pollution control
- Water quality management and wastewater treatment
- Solid waste management and hazardous waste treatment
- Environmental monitoring and assessment
- Environmental modelling and risk assessment
- Climate change mitigation and adaptation
| - Environmental health and sanitation
- Sustainable water and natural resource management
- Remediation of contaminated soil and water
- Biodiversity conservation and ecosystem protection
- Circular economy and resource recovery
- Environmental impact assessment
- Sustainable environmental technologies
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8 Mining Engineering — Mining and Sustainable Resource Engineering & Management
- Sustainable mining and responsible mineral extraction
- Mine planning and environmentally responsible mine design
- Mineral resource and reserve management
- Mine environmental management
- Mine waste and tailings management
- Acid mine drainage prevention and treatment
- Land reclamation and mine-site rehabilitation
| - Geotechnical and rock engineering
- Mine safety and occupational health
- Energy efficiency in mining operations
- Cleaner mining technologies and low-carbon mining
- Environmental impact assessment of mining activities
- Water management in mining areas
- Sustainable utilization of mineral resources
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9 Logistics Engineering — Supply Chain and Resilient Systems
- Green logistics and sustainable transportation
- Sustainable supply chain management
- Logistics optimization and resource efficiency
- Low-carbon freight transportation
- Intelligent transportation systems
- Sustainable urban logistics
- Reverse logistics and product recovery
| - Circular supply chains
- Sustainable warehousing and inventory management
- Multimodal transportation and intermodal logistics
- Supply chain resilience and climate adaptation
- Carbon emission measurement and reduction in logistics
- Digitalization and Industry 4.0 in logistics
- Sustainable distribution and mobility systems
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