Conference Theme
The theme of the SUSTAINED-2026 conference revolves around fostering sustainability through technological advancements in engineering. It aims to bring together researchers, academicians, and industry experts to explore innovative solutions that address global environmental challenges. Key focus areas include sustainable design and manufacturing, smart materials, renewable energy systems, electric vehicles, intelligent infrastructure, green technologies, and digital innovations such as IoT and AI for sustainability. The conference promotes interdisciplinary collaboration to drive sustainable development across mechanical, electrical, civil, and computing domains. By integrating innovation with ecological responsibility, SUSTAINED-2026 aspires to pave the way for a resilient and greener future.
Track 1
Renewable Energy & Power Enabling Technologies (REPET)
Renewable Energy Resources
Energy storage systems and conversions
Power System planning and optimization
Power electronics and power converters & Planning for future power systems
Application of AI and machine learning to power systems- optimization technique
Energy-Efficient Thermal Systems
Energy Transformation
Energy efficiency to combat global warming
Track 2
Devices, Circuits & Communication Technology (DCCT)
Speech Processing &Compressive Sensing
RF/Millimetre-Wave-Circuits & Systems
Analog & Mixed Signal
Device Modeling, Simulation & Characterization
Optical Communication
Pattern Recognition
5G & Beyond Communication
Devices & System- Medicine & Biolog
Track 3
AI, ML, & IoT for Sustainable Engineering Practices & Technologies (AMISEPT)
Smart sensing for power technologies
IoT for renewable energy and energy storage
Smart grid communications- Data communications for virtual power plants
IoT in Smart Building
Application of networks, sensor devices, and data technologies in smart grids
Optical fibre sensors for power applications
Cyber security for critical energy infrastructure
Deep Learning Architectures and Applications
AI in Robotics and Autonomous Systems
AI & ML application for various systems
Track 4
Sustainable Built Environment (SBE)
Artificial Intelligence for Energy Management in Buildings
Remote Sensing and GIS Applications in Urban Planning
Energy-Efficient, climate responsive and eco friendly construction
Retrofitting and revitalization of existing buildings
SDG, ESG, and Net Zero Initiatives for Buildings
Building Information Modelling (BIM) for Green Construction
Carbon emission and sequestration
Water, waste and clean energy solutions for sustainable cities
Climate, Health and ecosystem sustainability
Air, water and Land-Integrated land management
Track 5
Sustainable Materials, Design and Manufacturing (SMDM)
Light Weight High-Performance and Sustainable Engineering Materials
Processing Techniques for Synthesis of Sustainable Materials
Biopolymers and Bio-Composites and Advanced Biodegradable Materials
Smart and Flexible Materials for Electronic Devices
Advanced Sustainable Building Materials
Nanoscience and Nanomaterials
Product Design and Manufacturing with Sustainable Materials
Advanced Machining Processes
Design Engineering and Production Planning
Manufacturing Technology and Quality Assurance
Additive Manufacturing
Mechatronics System and Control Semiconductor Devices
Advanced Thermos-Fluid Systems, CFD & Micro and Nano Fluids
Track 6
Sustainable Technologies for Mobility (STM)
Plug-in Electric vehicles (bicycle, car, bus, train, autonomous vehicles)
Electric vehicle charging stations
Impact of electric vehicles on power grids
Grid infrastructure for hosting electric vehicle fleets
Hybrid electric vehicles
Vehicle to grid and vehicle to home
Hydrogen-powered vehicles
Utilization of hydrogen in transportation
Battery energy storage