Michelle Galbavy
About Michelle Galbavy
Michelle Galbavy is a software engineer with experience in various roles, including positions at Covetrus and Inspirato. She holds a Bachelor's degree in Computer Science with a concentration in Cybersecurity from the University of Notre Dame.
Work at Inspirato
Michelle Galbavy has been employed at Inspirato as a Software Engineer since 2021. In her role, she has contributed to various projects aimed at enhancing member services and improving the overall technological ecosystem of the company. Her responsibilities include leading teams of software engineers, developing APIs, and integrating third-party systems.
Previous Experience at Covetrus
Michelle Galbavy worked at Covetrus in multiple capacities. She served as an Associate Software Engineer from 2019 to 2021 and later transitioned to a Software Engineer role for eight months in 2021. During her tenure, she focused on addressing technical debt and implementing new features to improve software functionality.
Consulting and Research Roles
Prior to her roles in software engineering, Michelle worked as a Consultant at the University of Notre Dame for two months in 2019. She also served as an Undergraduate Research Assistant in the Department of Computer Science and Engineering for three months in 2017, gaining valuable experience in research and development.
Education and Expertise
Michelle Galbavy earned her Bachelor's degree in Computer Science with a concentration in Cybersecurity from the University of Notre Dame, completing her studies from 2016 to 2019. She also studied Electrical Engineering at the University of Minnesota-Twin Cities for one year. Her educational background provides a strong foundation for her expertise in software development and cybersecurity.
Key Projects and Contributions
Throughout her career, Michelle has led significant projects that include drafting a proof of concept for secure payment processing, developing RESTful APIs, and enforcing code coverage standards. She has played a pivotal role in modernizing software architecture by decomposing legacy applications and integrating with third-party systems, enhancing overall operational efficiency.