About

The 1st International Conference on Next-Gen Computing: Converging Microelectronics and Mechatronics for Transformative Solutions (ICCMM-26) spotlights cutting-edge research and technological advancements. This conference offers a unique platform for academic and industrial communities to explore new trends, challenges, and emerging technologies relevant to today’s rapidly evolving fields, including computing, microelectronics, and mechatronics. ICCMM-25 features keynote addresses, invited talks, peer-reviewed paper and poster presentations, product exhibitions, and panel discussions. Its goal is to foster collaboration and dynamic discussions to address critical research issues and facilitate the exchange of innovative ideas. By focusing on specific engineering disciplines, the conference allows speakers to engage deeply with topics set to impact the near future

The 1st International Conference on Next-Gen Computing: Converging Microelectronics and Mechatronics for Transformative Solutions (ICCMM-26) is organized by IEEE Hyderabad Section and Muffakham Jah Engineering College, Hyderabad to tackle various challenges in order to promote the development of intelligent solutions in the future.

The fields of engineering and technology are both compelling and essential. To stay at the forefront, one must remain vigilant in monitoring the latest trends, identifying key challenges, and engaging in independent research. The primary aim of this two-day conference is to unite experts, researchers, and innovators from academia, research and development, and industry across various engineering and technology sectors. This forum will provide a platform for attendees to learn about current research developments, identify and conceptualize new ideas, and share their valuable insights and findings. Additionally, the conference will feature distinguished keynote speakers to inspire young graduates to consider research as a potential career path. It will also promote interdisciplinary collaboration among researchers, helping to bridge gaps between different fields.