The International Conference on Communication, Electronics and Electrical Engineering (ICCEEE) is scheduled to take place from August 18 to 19, 2025, in New Delhi, India. This prestigious global conference aims to bridge academia and industry, offering a unique platform for researchers, scholars, and practitioners to discuss the latest trends and innovations in engineering domains.

Focus Areas: From Smart Grids to AI-Driven Signal Processing

ICCEEE 2025 will feature a broad spectrum of topics including communication systems, VLSI design, embedded systems, power electronics, smart grids, IoT, 5G/6G networks, and AI applications in electrical systems. It promises to be a multidisciplinary event covering theoretical foundations and practical breakthroughs, setting the stage for next-generation tech evolution.

Submission, Registration, and Participation

Researchers are encouraged to submit their original papers before the early deadline. All accepted papers will be published in conference proceedings and considered for indexed journals. Participants can register online through the official conference portal.
📅 Dates: August 18–19, 2025
🌐 Website: https://issrd.org/Conference/30068/ICCEEE/

Global Collaboration and Keynote Speakers

ICCEEE 2025 will host eminent keynote speakers from MIT, IITs, NTU, and other leading global universities. These experts will share insights into cutting-edge research and challenges in engineering sectors. The event will also include workshops, technical sessions, and networking opportunities for startups, scholars, and industry veterans.

Why Attend ICCEEE 2025

For researchers, engineers, and students, ICCEEE offers a platform not just to present papers but also to collaborate globally, learn about new research directions, and build partnerships that shape the future of electronics and electrical engineering.

Closing Note

ICCEEE 2025 promises to be a hub of technological synergy. With the convergence of global minds, the conference is expected to catalyze innovation and foster solutions to real-world challenges in communication, electronics, and power systems.