Michael Krakovsky
About Michael Krakovsky
Michael Krakovsky is a Quality Analyst at Ezra in Toronto, Ontario, where he has worked since 2021. He holds a Bachelor of Commerce from Queen's University and has experience in quality assurance processes and advanced medical imaging technology.
Work at Ezra
Michael Krakovsky has been a Quality Analyst at Ezra since 2021, contributing to the company's advanced medical imaging technology. His role involves the development and implementation of quality assurance processes that ensure the reliability and effectiveness of the technology. He participates in cross-functional teams aimed at improving the efficiency of whole-body MRI scans, enhancing patient outcomes and operational workflows. Additionally, he is involved in the integration of Ezra AI, which focuses on improving the accuracy of cancer screening processes.
Education and Expertise
Michael Krakovsky holds a Bachelor of Commerce (BCom) degree from the Smith School of Business at Queen's University, where he studied Business/Commerce from 2014 to 2018. He also earned a Bachelor of Computing degree in Computer Science from Queen's University, completing his studies from 2016 to 2019. His educational background provides him with a strong foundation in both business principles and technical expertise, which he applies in his current role in quality assurance.
Background
Before joining Ezra, Michael Krakovsky worked at RBC, where he held multiple positions. He completed four summer internships as a Business Associate from 2018 to 2019, gaining valuable experience in the financial sector. Following his internships, he served as a Quality Engineer at RBC from 2019 to 2021, where he focused on quality assurance processes within the organization. His background in both finance and technology informs his current work in medical imaging.
Achievements
During his tenure at Ezra, Michael Krakovsky has made significant contributions to quality assurance processes and the integration of AI technology in cancer screening. His involvement in cross-functional teams has led to improvements in the efficiency of whole-body MRI scans. These efforts reflect his commitment to enhancing the quality and accuracy of medical imaging technology, ultimately benefiting patient care.