Luke Boivin
About Luke Boivin
Luke Boivin is a Process Engineer specializing in Pyrometallurgy at Hatch, where he has worked since 2017. He provides consulting services to the Iron & Steel industry and has experience in greenhouse gas emissions projects and economic feasibility studies.
Work at Hatch
Luke Boivin has been employed at Hatch as a Process Engineer specializing in Pyrometallurgy since 2017. His role involves working on projects related to the Iron & Steel industry, where he applies his expertise in process engineering. He focuses on greenhouse gas emissions benchmarking and reduction initiatives, contributing to sustainability efforts within the sector. Additionally, he develops cloud-based process models as part of Industry 4.0 initiatives, enhancing operational efficiency and innovation.
Previous Experience in Engineering
Before joining Hatch, Luke Boivin gained valuable experience through internships at Suncor Energy. He worked as an Engineering Technical Services intern for three months in 2015 and as an Asset Maintenance Specialist Intern for three months in 2014, both based in Oakville, Ontario. His early career also includes a position as a Research Assistant at McMaster University in 2016, where he further developed his engineering skills.
Education and Expertise
Luke Boivin studied at McMaster University, where he earned a Bachelor's Degree in Chemical Engineering and Management from 2012 to 2017. His educational background provides a strong foundation for his work in process engineering, particularly in the Iron & Steel industry. His expertise includes conducting dynamic logistical simulations and engaging in economic feasibility studies for equipment installation and modification.
Consulting Services in Iron & Steel Industry
In addition to his role at Hatch, Luke Boivin provides international consulting services specifically tailored to the Iron & Steel industry. His consulting work leverages his engineering background and industry knowledge to assist organizations in optimizing their processes and improving operational performance.