Ashlyn Chimenti focuses on the intersection of software, electrical engineering, and medical device innovation, with experience spanning embedded systems, user-centered product design, regulatory documentation, and technical validation. Her work reflects a practical understanding of how software and electronics support compliant, real-world healthcare technologies.
Ashlyn has hands-on experience developing and testing biomedical hardware-software systems, including programming a postpartum hemorrhage blood-loss device using an Arduino Nano, pulse sensor, custom circuitry, and C++ for computational interfacing. She has built and validated real-time heart rate monitoring circuits, worked across signal acquisition and processing workflows, and contributed to microcontroller-based system design. Her background also includes medical device design, user research, clinician interviews, prototyping, and structural validation for a Class II device redesign aligned with FDA and ISO standards, as well as leading multidisciplinary assistive technology projects in collaboration with nonprofit and community stakeholders.
