Track 1: Sustainable Engineering, Renewable Energy, and  System Integration 

• Advancing solar, wind, hydro, and biomass solutions to promote cleaner, community-based power generation.
• Integrating multiple renewable sources to enhance efficiency by using  AI and machine learning, reliability, and adaptability in varied environmental conditions.
• Innovating green technologies for waste reduction, water conservation, and advanced recycling systems.
• Applying life cycle analysis and sustainable design principles to develop resilient products and infrastructure.
• Developing technologies to store intermittent renewable energy and ensure supply during grid outages.

Track 2: Digital innovation, Smart Power, and communication systems

• Smart Grid, Solid state Transformers, High voltage Engineering, Energy Harvesting, Power Quality Analysis, Grid Integration of Renewables.
• VLSI Design, MEMS sensors, Low Power Electronics, Flexible Electronics
• Wireless sensor networks, software defined radio (SDR), MIMO systems, Signal processing, Cognitive radio, Visible light communication (VLC).
• Smart automation, Adaptive control, Autonomous vehicles, Real-Time Embedded systems, FPGA-Based control, EV Powertrains,  Battery Management systems (BMS)
• Cyber-Physical systems, Intrusion detection, Blockchain for smart grid, fault tolerant systems, Resilience in control systems.

Track 3: Next-Gen cities, Sustainability and Smart urban planning

• AI architecture for smart city frameworks, Data fusion from Urban IoT devices, Urban service automation (Waste, light, Water), AI-based urban policy simulations.
• Predictive Urban growth modeling using GIS, Real-Time spatial data integration with IoT, AI-enhanced spatial data analysis, Computer vision for real-time traffic monitoring.
• urban data collection from heterogeneous sources, infrastructure maintenance prediction using AI, crowd flow analysis in urban environments, Urban event detection from sensor and social data.
• Chatbots and virtual assistants in public services, Automated public records and administrative processes, Traffic flow prediction using machine learning, Route optimization algorithms for public transit.
• Generative models for urban form and morphology, 3D city modelling and reconstruction using AI, Real-time  data visualization and dashboards.

Track 4: Climate Change, Environment and Resource Management

• Predictive Climate Modelling, Deep Learning for Climate Analysis, Climate Data Processing,  Early warning systems for environmental hazards.
• Climate Change Projections, Uncertainty Quantification in Climate Predictions, Reinforcement Learning in Environmental Studies,
• Climate Simulation and Forecasting, Big Data Analysis in Climatology, Subseasonal-to-Seasonal (S2S) Predictions, Data-Driven Weather Modeling, Numerical Weather Prediction (NWP)
• AI for Hydrology and Flood Forecasting, AI for Coastal Applications, AI for Wildfire Forecasting and Management, AI based air and water quality prediction.
• Climate resilience in urban design, Resilient infrastructure for climate change adaptation, Urban heat island mitigation techniques, Low-carbon construction materials and techniques

Track 5: AI, Data Science, and Emerging Digital Technologies

• Big Data and Predictive Analytics for intelligent decision-making in sustainability-focused domains
• IoT and Smart Systems for real-time sensing, monitoring, and automation in smart cities, industrial operations, and sustainable living environments, supported by Edge and Cloud Computing for scalable, low-power data processing
• Blockchain Technologies for secure, transparent, and traceable resource management in supply chains, governance, and sustainability compliance
• Digital Twins, AR, and VR for the simulation, design, and optimization of sustainable infrastructure, immersive education, and eco-conscious product development
• Ethical AI Practices and Cybersecurity for automation in green manufacturing, circular economy models, and responsible, privacy-aware innovation in digital ecosystems

Track 6: Sustainable design, Materials and Manufacturing

• Product design, 3D printing, Sustainable materials and manufacturing, Energy-Efficient Machinery
• Material processing, Surface Engineering, Additive Manufacturing and Six Sigma.
• Innovative Materials for Sustainable Production
• Product Life-Cycle Analysis, Simulation, and Optimization
• Sustainable Heating, Ventilation, and Air-Conditioning (HVAC) Systems