Mitch Glazier
About Mitch Glazier
Mitch Glazier is the Analytics Lead, Collaborative Health at TELUS Health and InputHealth in Toronto, Canada, with expertise in health informatics and experience in various roles in the health and technology sectors.
Company
Mitch Glazier is currently working at TELUS Health in Toronto, Canada Area, where he holds the position of Analytics Lead, Collaborative Health. TELUS Health is a prominent player in the digital health industry, providing innovative solutions to improve health outcomes and enhance the patient care experience.
Title
Mitch Glazier holds the title of Analytics Lead, Collaborative Health at TELUS Health. In this role, he utilizes his expertise in health informatics to drive data-driven initiatives and improve collaborative health outcomes.
Education and Expertise
Mitch Glazier studied at Dalhousie University, where he achieved a Master's degree in Health Informatics from 2016 to 2017 and a Bachelor of Science (B.Sc.) in Biochemistry and Molecular Biology from 2010 to 2014. His expertise includes implementing electronic health records, clinical decision support systems, mobile health technologies, and ambient assisted living technologies. Mitch specializes in behavior modeling and system design within the health informatics field.
Career Background
Mitch Glazier has a diverse career background in various roles. He worked at InputHealth in Toronto, Canada Area as an Analytics Lead, and previously was a User Growth Intern at Figure 1 in 2017 for 3 months. He also served at Home Skinovations Ltd. as Product Quality/Shipping and Handling for 6 months in 2016. Other roles include Support Operator at ITSManagement in Sydney, Australia in 2015 and Co-Owner of Bruce Beach Boys from 2006 to 2013 in Kincardine, ON.
Professional Skills
Mitch Glazier excels at prioritizing and completing multiple tasks simultaneously to achieve project goals. His professional skills are strongly aligned with health informatics, particularly in electronic health records, clinical decision support systems, mobile health, ambient assisted living technologies, behavior modeling, and system design.