Emerging Technologies in Utility Transformation for Sustainable Smart Energy Systems ETUTS-26

The main theme of the Seminar The increasing deployment of artificial intelligence (AI), Internet of Things (IoT), and communication technologies in smart energy systems has led to a substantial rise in energy demand at the device and system levels. Achieving sustainability under these constraints requires advances in low-power electronic design, energy-efficient power management, and hardware-aware artificial intelligence. Low-power electronics form the foundation of energy-constrained systems, including smart grids, microgrids, renewable energy interfaces, electric vehicles, wearable devices, and distributed sensor networks. At the same time, edge AI and Tiny ML enable local intelligence, reducing communication overhead, latency, and overall energy consumption. The co-design of circuits, architectures, and algorithms is therefore essential for next-generation sustainable systems.

COUNSIL OF SCIENTIFIC AND INDUSTRIAL RESEARCH (CSIR)
Sponsored
Two Days National Seminar

SEMINAR

• Ultra-low-power CMOS and VLSI circuit design •
• Energy-efficient power management ICs (PMICs)
• Switched-capacitor and inductive DC–DC converters
• Energy harvesting and self-powered systems •
• Machine learning for power optimization and reliability •
• AI-enabled smart grids and microgrids

Last date : 13.07.2026
Date of intimation : 14.07.2026
Confirmation : 15.07.2026

Students: Rs. 250/-
Research Scholars: Rs. 350/-
Faculty Members: Rs. 400/-