This TSW (The Semiconductor Webinar) goes beyond textbook crystal growth theory and focuses on how ingots are actually prepared in semiconductor fabs. We will discuss industrial-scale ingot preparation methods—why certain methods are chosen, what process trade-offs fabs care about, and how quality, yield, cost, and scalability drive real decisions. The session is industry-oriented, covering practical insights into methods such as CZ, MCZ, FZ, and specialty approaches, with emphasis industry inclined topics, rarely explained in academic courses. Designed for students, fresh graduates, and professionals aiming to work in fabs, this webinar bridges the gap between theory and manufacturing reality, helping you understand how upstream wafer decisions impact downstream device performance and yield. Who should attend: * Aspiring fab engineers & process engineers * VLSI / semiconductor students preparing for industry roles * Professionals transitioning from EDA/design to manufacturing * Anyone who wants a fab-floor perspective, not textbook slides If you want to understand how fabs think, not just how books explain—this session is for you. Guests Bio :
1. Bhavesh Motwani :
Bhavesh Motwani is currently being enrolled in the MTech program in Semiconductor Technology at Nirma University. He is being trained as an intern at Monk9 Technology, where hands-on experience in semiconductor fabrication is being gained. His BTech degree in Electronics and Communication Engineering was completed at GEC Bharuch, affiliated with Gujarat Technological University.
His initial interest in the field of Electronics and Communication was sparked by work in robotics and embedded systems. Several projects were undertaken using platforms like MSP430, Arduino, and ESP boards. Through this exploration, deeper curiosity about the internal working of these systems was developed, eventually leading him toward the field of VLSI and semiconductors.
Due to limited lab access and software tools at his government college, Bhavesh was encouraged by a professor to pursue MTech at a reputed institution. At Nirma University, inspiration was drawn from Dr. N.M. Devashrayee, whose teaching in semiconductor fabrication and physics encouraged him to explore the domain in depth.
This interest marked the beginning of his journey into semiconductor fabrication, packaging, assembly, and testing. As India’s semiconductor ecosystem continues to expand, Bhavesh is determined to contribute meaningfully and aspires to take on a leadership role in advancing the industry.
Jayshree Adwani :
Jayshree Adwani is currently being enrolled in the second year of the MTech program in Semiconductor Technology at Nirma University. She is undergoing internship training at MONK9, with a focus on the semiconductor fabrication domain. Her interest in semiconductors was cultivated during her undergraduate studies in Electronics and Communication Engineering at Charusat University. A six-month internship was completed at VERIFAST Technologies, which later transitioned into a full-time role where she worked for one year in the verification domain.
While experience in verification and familiarity with communication protocols was gained, a stronger inclination toward fabrication was gradually developed. The ability to transform theoretical knowledge into physical semiconductor devices inspired her to pursue further studies focused on fabrication.
Throughout her MTech program, comprehensive knowledge has been acquired in semiconductor physics, cleanroom processes, and fabrication flow — covering wafer processing, device physics, and IC manufacturing. This hands-on exposure has deepened her passion and expertise in the field.
At Nirma University, Jayshree has also been actively involved in facilitating connections between academia and industry. Internship opportunities have been sought independently by her, both during and after her time at VERIFAST. She remains committed to contributing to India’s semiconductor growth and envisions herself playing a key role in this transformative industry.
Watch the webinar here :
