Rachel Clara Smith
About Rachel Clara Smith
Rachel Clara Smith is a software engineer with extensive experience in both education and technology. She has held various roles, including co-founder and technical advisor at SquareOffs and currently works at Pryon, focusing on AI technology to enhance productivity and customer experiences.
Work at Pryon
Rachel Clara Smith currently works at Pryon as a Software Engineer. She joined the company in 2022 and has been contributing to its AI-as-a-Service platform, which aims to enhance employee productivity and improve customer experiences. Her role involves leveraging her technical expertise to develop software solutions that align with the company's objectives.
Previous Experience at SquareOffs
Before her current role at Pryon, Rachel held multiple positions at SquareOffs. She co-founded the company and served as Chief Technology Officer from 2018 to 2022. Additionally, she worked as Technical Lead for five months in 2017 and later as Director of Engineering for seven months in 2018. Her work focused on leading technical initiatives and guiding the engineering team.
Education and Expertise
Rachel holds a Master's degree in Secondary Education and Teaching from Pittsburg State University, which she completed in 2014. She also earned a Master's degree in Physics from the University of Missouri-Kansas City in 2013, following a Bachelor's degree in Physics from the same institution in 2009. Her educational background includes advanced studies in physics, cognitive science, and gender studies.
Teaching and Academic Roles
Rachel has experience in academia, having served as an Adjunct Professor of Physics at Rockhurst University from 2011 to 2012. She also worked as an Honors Physics and Chemistry Teacher at Bishop Ward High School and University Academy from 2012 to 2016. Additionally, she was a Graduate Teaching Associate at UMKC from 2009 to 2012, where she supported undergraduate students in their studies.
Research and Development Background
Rachel worked as a Research Associate at the University of Missouri-Kansas City from 2006 to 2013. In this role, she engaged in research activities that contributed to her expertise in advanced physics and computer-machine interfacing. Her research experience complements her technical skills and informs her work in software engineering.