Matthew Schafer
About Matthew Schafer
Matthew Schafer is a Frontend Developer based in Spokane, Washington, currently working at Ovation.io since 2021. He has a Bachelor's degree in Computer Science from Sonoma State University and also serves as a Software Engineer at Believe in Me, where he contributes to initiatives supporting disadvantaged children.
Work at Ovation.io
Matthew Schafer has been employed as a Frontend Developer at Ovation.io since 2021. In this role, he has contributed to the development of a new analytics front-end utilizing React and Typescript. His work supports a SaaS laboratory information management company, enhancing the user experience and functionality of their platform. Matthew's position at Ovation.io is based in Spokane, Washington, where he has been part of the team for three years.
Current Role at Believe in Me
In addition to his role at Ovation.io, Matthew Schafer has been working as a Software Engineer at Believe in Me since 2020. He has dedicated four years to this organization, which focuses on benefiting disadvantaged children. Matthew's contributions include writing code that supports the foundation's mission, demonstrating his commitment to using his technical skills for social good.
Education and Expertise
Matthew Schafer studied Computer Science at Sonoma State University, where he earned his Bachelor's degree from 2017 to 2019. His academic background has provided him with a solid foundation in software development principles and practices. Matthew actively seeks opportunities to enhance his engineering skills and grow professionally, reflecting his dedication to continuous learning in the field of technology.
Background
Matthew Schafer is based in Spokane, Washington, United States. He has developed a career in software engineering, focusing on frontend development. His experience spans multiple roles, including significant contributions to both Ovation.io and Believe in Me. Matthew's work reflects a commitment to leveraging technology for practical applications and social impact.