Hayley Ritterhern
About Hayley Ritterhern
Hayley Ritterhern is a Tech Lead Manager in Hardware Engineering at Intrinsic, with a strong background in robotic systems and application engineering. She has held various engineering roles across multiple companies, including Vicarious AI and Precise Automation, and studied Mechanical Engineering at Stanford University.
Current Role at Intrinsic
Hayley Ritterhern serves as the Tech Lead Manager in Hardware Engineering at Intrinsic, a position she has held since 2022. Based in Hayward, California, she oversees hardware engineering projects and leads a team focused on developing advanced technologies. Her role involves managing technical initiatives and ensuring the successful integration of hardware solutions within the company's robotics framework.
Previous Experience at Vicarious AI
Before joining Intrinsic, Hayley Ritterhern worked at Vicarious AI from 2019 to 2022. She held the position of System Integration Engineering Manager for three years, where she was responsible for overseeing system integration processes. Prior to this role, she worked as a Hardware Application Engineer for three months in 2019, contributing to hardware development and application strategies.
Internship Experience at KIWI.KI GmbH
In 2015, Hayley Ritterhern completed a three-month internship as a Mechanical Engineering Intern at KIWI.KI GmbH in Berlin, Germany. This experience provided her with international exposure and practical skills in mechanical engineering, further enhancing her expertise in the field.
Educational Background at Stanford University
Hayley Ritterhern earned her Bachelor’s Degree in Mechanical Engineering from Stanford University, studying from 2012 to 2016. This educational foundation equipped her with essential knowledge and skills in mechanical systems, which she has applied throughout her career in various engineering roles.
Experience at Precise Automation
From 2016 to 2019, Hayley Ritterhern worked as an Application Engineer at Precise Automation in Fremont, California. In this role, she focused on developing automation solutions and enhancing robotic applications, contributing to the advancement of industrial robotics.