Caitlin Klauer
About Caitlin Klauer
Caitlin Klauer is a Product Manager at Elektra Health, where she focuses on using biowearables to enhance health outcomes. She graduated from Stanford University in 2021 with a BS in Product Design and has a background in synchronized swimming, having competed for Team USA.
Work at Elektra Health
Caitlin Klauer currently serves as a Product Manager at Elektra Health, a role she has held since 2024. In this position, she focuses on utilizing biowearables to enhance health outcomes, particularly in women's health. Prior to her current role, she worked as a Product Design Associate at Elektra Health from 2021 to 2024, where she contributed to designing human-centered physical and digital product experiences.
Education and Expertise
Caitlin Klauer graduated from Stanford University in 2021 with a Bachelor of Science in Product Design. During her time at Stanford from 2017 to 2021, she gained extensive knowledge in product design principles. Her academic background is complemented by practical experience in various roles, including as a Course Assistant for ME101 and as an Interim Assistant Coach for the Artistic Swimming team.
Background
Caitlin Klauer has a diverse background that includes experience in product design, marketing, and photography. She worked as a Food Photographer at Smith & Truslow in 2018 and as a Marketing Intern at Bloomeffects from 2019 to 2020. Additionally, she completed an Engineering Internship at Swope Design Solutions in 2020. Her involvement in athletics includes competing as a synchronized swimmer for Team USA and on Stanford’s Varsity Synchronized Swimming team.
Achievements
Caitlin Klauer has demonstrated a commitment to fitness and health technology, focusing on building community and accountability through innovative solutions. She is passionate about women's health and seeks to drive innovation in this area. Caitlin is also an avid triathlete with aspirations to compete in an Ironman, showcasing her dedication to both personal fitness and professional growth.