Track 1: Emerging Technologies and AI Applications in Engineering

• Internet of Things (IoT) Applications and Innovations
• Artificial Intelligence and Machine Learning in Engineering Applications
• Augmented Reality (AR), Virtual Reality (VR), and Digital Twin Technologies
• Robotics, Automation, and AI in Modern Engineering
• Cybersecurity, Blockchain and Privacy in Engineering and ICT
• Quantum Technologies, Nanotechnology, and Nanomaterials
• Predictive and Prescriptive Analytics for Data-Driven Engineering
• Deep Learning, Natural Language Processing, and Text Analytics
• Next-Generation Wireless, Optical, and Satellite Communication Systems
• Big Data Analytics, Edge and Cloud Computing in Engineering Practices
• Healthcare and Biomedical Engineering Technologies
• Digital Transformation and AI-Driven Engineering Optimization

Track 2: Advanced Technologies in Power, Energy, and Industrial Systems

• Renewable Energy Systems
• Power Electronics for Renewable Energy
• Energy Storage Technologies
• Smart Grid Technologies
• Electric Vehicle Technologies
• Industrial Automation and Control
• Power Quality and Reliability
• Energy Efficiency and Conservation
• Power Systems Planning and Operation
• Smart Industry Solutions

Track 3: Innovative and Sustainable Technologies in Architecture Engineering

• Digital Twin and Smart Cities
• Climate Change Mitigation, Adaptation and Resilience
• Integration of Artificial Intelligence in Design Applications.
• Generative AI Design technologies.
• Digital Transformations in built environment
• Sustainability Standards and Assessment methods
• Housing Crisis and innovative solutions
• Trends Driving Real Estate Innovation
• Human Factors / Ergonomics and Indoor Comfort Considerations
• Green and Sustainable Interior Design Strategies
• Passive Interior Design System and Innovative Materials

Track 4: Smart Infrastructure, Construction Technologies, and Transportation Engineering

• Advanced Building Information Modeling (BIM) in construction
• Digital transformation and optimization in construction and supply chain management
• Computational structural mechanics and Design Optimization for Smart Infrastructure
• AI modelling for predictive infrastructure analysis (e.g., pavement characteristics)
• AI applications in geomatics and land information systems
• Smart mobility: Emerging trends, case studies, and implementation challenges
• Road safety innovations targeting the “Zero Fatality” vision
• Satellite remote sensing technologies for Infrastructure and Transportation (optical, multispectral, hyperspectral)
• Geographic Information Systems (GIS) and digital mapping with LiDAR/Laser systems
• Geomatics for sustainable Infrastructure management of water, agriculture, and natural resources

Track 5: Resilience in Innovative Environmental Systems and Sustainable Engineering Practices

• Green technologies for sustainable development
• Emerging technologies in energy transition, Digitalization, and Environmental Resilience
• Advanced energy generation, storage, and smart grid technologies
• Integrated water resources management and treatment systems
• Technology-driven wastewater and sludge treatment solutions for Resilient Environments
• Air quality monitoring and control technologies
• Smart soil and geotechnical engineering for Infrastructure Resilience (e.g., sensors for soil-structure interaction)
• Advanced geomaterials and reinforced earth systems for infrastructure resilience
• Machine learning and data analytics for environmental systems optimization Machine Learning and Data Analytics for Optimizing Environmental Systems and Resilience
• Digital process control for enhancing energy efficiency and Resource Management

Track 6: Advanced Manufacturing, Industrial Technology, and Engineering Management in Industry 5.0+

• Industry 4.0/5.0: Components and Applications in Transforming Manufacturing
• Sustainable Manufacturing Practices and Waste Management
• Hybridization and sustainable manufacturing
• Advanced Materials and Sustainable Processing Techniques
• Supply Chain Management and Optimization in Manufacturing
• Leadership and Strategic Management in Engineering Projects
• Quality Management Systems and automation in Advanced Manufacturing
• Design, Modeling, and Optimization in Industrial Engineering
• Risk Management and Safety in Manufacturing Operations
• Innovations in Renewable Energy for Industrial Applications
• Systems Engineering and Integration for Enhanced Manufacturing Efficiency