Aims and scope
The International Conference on Smart Infrastructure and Sustainable Development in Engineering ICSISDE-2026 will provide a platform for researchers, academicians, industry experts, and research scholars to share their innovative ideas and varied skills on a global scale. The primary aim of this conference is to bring together researchers, engineers, industry professionals, policymakers, and academicians to explore innovative approaches, cutting-edge technologies, and sustainable practices in the development, deployment, and management of smart infrastructure. The conference aims to foster knowledge exchange, promote interdisciplinary collaborations, and address the challenges and opportunities associated with sustainable development in engineering infrastructure on a global scale.
Scope of the Conference
The Scope of conference aims to foster interdisciplinary collaboration and promote sustainable development practices by showcasing the latest research, technological innovations, and successful case studies. It seeks to address global infrastructure challenges through intelligent, eco-friendly, and resilient solutions, ultimately contributing to the sustainable growth of communities worldwide.
Topics
This conference can serve as a platform for researchers, academicians, industry leaders, and practitioners to discuss and share insights related to the following areas but not limited to
Track I Smart Inftrastructure and Sustainable Development in Mechanical Engineering
- Sustainable Mechanical Systems
- Energy-efficient HVAC Systems
- Renewable Energy Technologies
- Smart Manufacturing and Automation
- Material Innovations for Sustainability
- Green Machinery and Equipment Design
- Lifecycle Assessment and Eco-design
- Thermal Management in Sustainable Systems
Track II Smart Inftrastructure and Sustainable Development in Electircal Engineering
- Smart Grid Technologies
- Renewable Energy Integration
- Energy Storage Solutions
- Power System Optimization for Sustainability
- Intelligent Control Systems
- Microgrids and Decentralized Power Networks
- Electrical Vehicle Charging Infrastructure
- Sustainable Lighting and Power Distribution
Track III Smart Inftrastructure and Sustainable Development in Electronics Engineering
- IoT for Smart Infrastructure Monitoring
- Sensor Technologies for Sustainability
- Development of Low-Power Electronics
- Embedded Systems for Energy Management
- Smart Sensors for Structural Health Monitoring
- Wireless Communication in Smart Cities
- Electronic Waste Management and Recycling
- Innovative Electronic Materials for Green Technologies
Track IV Smart Inftrastructure and Sustainable Development in Civil Engineering
- Sustainable Urban Planning
- Green Building Design and Construction
- Smart Transportation Systems
- Water Resource Management
- Use of Recycled and Eco-friendly Materials
- Infrastructure Resilience and Climate Adaptation
- Smart Roads and Bridges with Sensor Integration
- Urban Green Spaces and Ecosystem Services
Track V Smart Inftrastructure and Sustainable Development in Computer Science Engineering
- Smart Infrastructure Data Analytics
- Cyber-Physical Systems for Urban Management
- AI and Machine Learning for Infrastructure Optimization
- Digital Twins for Infrastructure Monitoring
- Development of Sustainable Software Solutions
- Cloud Computing for Smart Infrastructure
- Cybersecurity in Critical Infrastructure
- Building Information Modeling (BIM) for Sustainable Design
