About the Conference

2027 IEEE International Conference on Electronics, Nanoelectronics, Communication, Devices and Embedded Systems (IEEE ENCODE 2027) will be held on 4 - 5 March 2027 at Sathyabama Institute of Science and Technology, Chennai, India. IEEE ENCODE 2027 is envisioned as an international forum bringing together researchers, academicians, industry professionals, scientists, engineers, innovators, and students to exchange recent developments, research findings, technological innovations, and practical experiences in Electronics and Communication Engineering and its emerging interdisciplinary domains.

The rapid advancement of semiconductor technology is driving a fundamental transformation in electronic systems. Innovations at the nanoscale device level are enabling new generations of transistors, memories, sensors, and computing technologies, while advances in VLSI and integrated circuit design are transforming these technologies into increasingly compact, energy-efficient, and high-performance systems. At the same time, the convergence of embedded intelligence, artificial intelligence, edge computing, wireless communication, and the Internet of Things is creating intelligent connected systems capable of sensing, processing, communicating, and making decisions in real time. Against this background, IEEE ENCODE 2027 will explore the complete technology continuum from advanced semiconductor devices and nanoelectronics to VLSI architectures, embedded intelligence, communication systems, AI-enabled processing, IoT, sensors, and emerging computing technologies.

The conference aims to provide a platform for presenting high-quality research, encouraging interdisciplinary collaboration, facilitating interaction between academia and industry, and identifying emerging research directions that can contribute to the development of intelligent, connected, secure, sustainable, and energy-efficient electronic systems. The conference will include technical paper presentations, keynote addresses, invited talks, technical sessions, tutorials, and opportunities for academic and industrial interaction. Original research contributions covering theoretical developments, modeling and simulation, experimental investigations, hardware implementations, system architectures, and real-world applications are welcome.