Department of Electronics & Communication in association with IEEE SJEC Student
Branch organised an industrial visit to KarMic on 15th November 2024. KarMic Design Pvt Ltd is a pioneer and leader in the semiconductor design and development industry. This visit was a significant opportunity to bridge the gap between academic learning and industry practices, providing valuable insights into the world of electronics and integrated circuits (ICs).
The visit began with a talk by one of the experts at Karmic, who shared his extensive knowledge about the semiconductor industry. He emphasized the importance of semiconductors in modern electronics and explained the manufacturing process of silicon wafers. Students were provided with an opportunity to see a silicon wafer that was manufactured in the United States, giving a tangible connection to the theoretical knowledge learned in the curriculum.
The speaker engaged participants with thought-provoking questions on the basics of electronics. A key topic of discussion was the role of Linear Dropout Regulators (LDOs) in distributing current from the battery to components like Bluetooth and other system parts. This explanation helped students to understand the importance of efficient power management in electronic systems.
The expert provided valuable guidance on preparing for placements, highlighting the skills an Electronics and Communication (EC) engineers, currently lack. He stressed the need for a strong foundation in practical and technical skills that align with industry requirements.
Another fascinating aspect of the talk was about IC layout designing. The speaker explained the critical role of accuracy in designing integrated circuits, especially for applications in the medical field where precision can directly impact human lives. He emphasized how even minor errors in layout design could lead to significant repercussions.
The industrial visit to Karmic was a highly enriching experience. It not only enhanced understanding of the participants about semiconductor industry but also inspired to work in domains of core electronics. It was also an opportunity for aligning our academic journey with semiconductor industry aspirations.
