Isaac Pritchett
About Isaac Pritchett
Isaac Pritchett is a Senior Software Development Engineer currently working at Hona in Orem, Utah. He has extensive experience in software testing and development, having held various roles at Qualtrics over several years.
Current Position at Hona
Isaac Pritchett serves as a Senior Software Development Engineer at Hona, a position he has held since 2024. He works in Orem, Utah, focusing on software development and engineering practices. His role involves leveraging his extensive experience in software testing and quality assurance to enhance product development.
Career History at Qualtrics
Isaac Pritchett has a comprehensive work history at Qualtrics, where he held various positions from 2016 to 2024. He began as a Product Specialist and progressed through roles including Junior Software Test Engineer, Senior Software Test Engineer, and Software Test Engineer II. His tenure at Qualtrics spanned eight years, during which he contributed to software testing and quality assurance initiatives.
Educational Background
Isaac Pritchett studied at Brigham Young University, where he earned two Bachelor's degrees: one in Mathematics and another in Mathematics and Computer Science. His academic journey lasted from 2010 to 2016, providing him with a strong foundation in analytical and computational skills.
Internship Experience
Isaac Pritchett completed a Programming Internship at Massachusetts General Hospital in 2011. This internship lasted three months and provided him with practical experience in programming within a healthcare setting. Additionally, he worked as a Research Assistant in the Department of Mathematics at Brigham Young University from 2012 to 2013, further enhancing his technical expertise.
Professional Focus and Philosophy
Isaac Pritchett emphasizes the importance of identifying blind spots and potential risks in complex software systems. He advocates for user-centric quality assurance throughout the software development lifecycle. He believes in quality control as a comprehensive and cost-effective measure for ensuring the reliability of software products.