Yogesh L Email and Phone Number

Commercial Laundry (CL)

During my VLSI design internship, I had the privilege of working on an industry-standard Verilog project. Within this role, I played a pivotal part in the development of a robust SPI Master core, showcasing my skills in digital circuit design. My responsibilities also encompassed conducting thorough functional validation using ModelSim, ensuring the core's reliability and performance met stringent industry standards. The experience provided valuable insights into cutting-edge VLSI design… Show more During my VLSI design internship, I had the privilege of working on an industry-standard Verilog project. Within this role, I played a pivotal part in the development of a robust SPI Master core, showcasing my skills in digital circuit design. My responsibilities also encompassed conducting thorough functional validation using ModelSim, ensuring the core's reliability and performance met stringent industry standards. The experience provided valuable insights into cutting-edge VLSI design practices and bolstered my passion for pushing the boundaries of technological innovation. Show less

I played a pivotal role in maintaining EDM and VMC machines, reducing downtime by 20%. I implemented process improvements and optimizations that boosted overall equipment efficiency by 15%. By proactively addressing maintenance needs and streamlining workflows, I significantly enhanced productivity and reduced costs for the organization.

A series of three innovative high-gain DC-DC boost converters has been successfully developed to seamlessly integrate low-voltage PV panels into the existing 400V DC grid. Among these converters, a groundbreaking quintic boost converter stands out, with its capability to efficiently handle voltage inputs ranging from 18V to 400V while delivering up to 150W of power. The cutting-edge technology behind these converters has been officially patented, paving the way for more sustainable and… Show more A series of three innovative high-gain DC-DC boost converters has been successfully developed to seamlessly integrate low-voltage PV panels into the existing 400V DC grid. Among these converters, a groundbreaking quintic boost converter stands out, with its capability to efficiently handle voltage inputs ranging from 18V to 400V while delivering up to 150W of power. The cutting-edge technology behind these converters has been officially patented, paving the way for more sustainable and efficient renewable energy integration. Show less

I have gained extensive experience working on FPGA-based projects, particularly in the areas of smart delivery bots and smart building access control. My expertise in these domains allowed me to contribute significantly to the development and optimization of FPGA solutions. Notably, I had the opportunity to present my groundbreaking work at conferences, where I highlighted the innovative applications and advancements achieved through FPGA technology. These presentations served as a platform for… Show more I have gained extensive experience working on FPGA-based projects, particularly in the areas of smart delivery bots and smart building access control. My expertise in these domains allowed me to contribute significantly to the development and optimization of FPGA solutions. Notably, I had the opportunity to present my groundbreaking work at conferences, where I highlighted the innovative applications and advancements achieved through FPGA technology. These presentations served as a platform for me to share my research findings, exchange ideas with industry experts, and inspire further advancements in the field. Show less

Participated in an exercise for maintaining electrical services and producing pistons, which helped me get in-depth understanding of transformers, alternators, and other devices. Learnt operantion and functionality of Robotic arms employed for automation of production.