Tirth Shah
About Tirth Shah
Tirth Shah is an Automation Team Lead at SSI SCHÄFER in Halton Hills, Ontario, Canada, with a background in electrical engineering and automation. He has strong skills in troubleshooting and expertise in integrating Cognex Vision systems within the logistics and supply chain industry.
Work at SSI SCHÄFER
Tirth Shah has been employed at SSI SCHÄFER since 2019, initially serving as an Automation Technician for five years in Brampton, Ontario, Canada. In 2021, he advanced to the position of Automation Team Lead, where he has continued to work for three years in Halton Hills, Ontario. His role involves overseeing automation projects and leading a team focused on enhancing operational efficiency within the logistics and supply chain sector.
Education and Expertise
Tirth Shah holds a Post Secondary Diploma in Electrical Engineering Technologies/Technicians from Sheridan College, where he studied from 2017 to 2019. Prior to this, he earned a Bachelor of Engineering in Electrical from Babaria Institute of Technology, completing his studies from 2013 to 2017. He also completed his high school education at Shree Ambe Vidhyalay, focusing on the Science Stream from 2011 to 2013. His educational background supports his strong skills in electrical and mechanical troubleshooting.
Background
Before joining SSI SCHÄFER, Tirth Shah gained practical experience as a Summer Intern at Magna International in 2018, where he worked for three months in Ontario, Canada. His internship provided him with exposure to the industry and helped him develop foundational skills relevant to his current roles. Additionally, he has experience working on a GMP site, demonstrating his understanding of Good Manufacturing Practices.
Technical Skills
Tirth Shah possesses expertise in integrating Cognex Vision systems with robotic and autonomous machines. His technical skills are particularly relevant in the logistics and supply chain industry, where automation and precision are critical. His ability to troubleshoot both electrical and mechanical systems enhances his effectiveness in managing automation projects.