Carly Thalman
About Carly Thalman
Carly Thalman is an Associate Scientist at Exponent in Phoenix, Arizona, with a background in biomechatronics and human-centered design. She has held various engineering and research roles, including positions at Apple and Arizona State University, and has earned multiple degrees in engineering fields.
Work at Exponent
Carly Thalman has been employed as an Associate Scientist at Exponent since 2023. Her role is based in Phoenix, Arizona, where she contributes to various scientific projects. Thalman's expertise in integrating user experience and interface design with hardware development is particularly relevant to her work in the field of wearable robotics.
Previous Experience
Prior to her current position, Carly Thalman worked at Apple as a Biomechatronics Hardware Engineer from 2021 to 2023. She also held roles at Raytheon as a Project Test Engineer and at Intel Corporation within the Internet of Things Group. Her experience includes a position as a Laboratory Technician at Arizona State University and a Graphic and Web Designer at The Mesa Chamber of Commerce.
Education and Expertise
Carly Thalman earned her Doctor of Philosophy (PhD) in Systems Engineering from the Ira A. Fulton Schools of Engineering at Arizona State University, where she studied from 2017 to 2021. She also holds a Master of Systems Engineering in Mechatronics and Soft Robotics, and a Bachelor of Science in Engineering Robotics and Electrical Systems. Her educational background supports her expertise in human-centered design and wearable robotics.
Research and Contributions
During her time at Arizona State University, Carly Thalman served as a Graduate Research Assistant in the Neuromuscular Control and Human Robotics Laboratory. Her research focused on human-centered design, emphasizing the integration of user needs in the development of soft wearable mechatronics. She was recognized as a Dean's Fellow for her academic excellence and leadership potential.
Awards and Recognition
Carly Thalman received the NSF Graduate Research Fellowship Program (GFRP) award during her PhD studies, highlighting her research capabilities and contributions to the field of engineering. This recognition underscores her commitment to advancing knowledge in systems engineering and wearable robotics.