Iris Shelly Email & Phone Number

Lake Oswego, Oregon

• Designed, developed, and validated state-of-the-art cardiac arrhythmia detection algorithm
• Managed data sets for algorithm development and validation using preclinical and clinical signals
• Drafted technical documentation to support FDA device approval
• Monitored real-world clinical data and device performance in the field

Lake Oswego, Oregon, United States

• Coordinated system verification activities of five engineers working on next-generation cardiac monitor project
• Collaborated with hardware and software development teams to create and execute custom test procedures for targeted feature investigations and fault resolution
• Analyzed hardware and software updates to determine required regression testing throughout the design and development process
• Authored summary report of verification results for regulatory submission

Portland, Oregon Area

• Reviewed product and system requirements for low-power implantable medical devices, including pacemakers, cardiac monitors, and spinal cord stimulation devices
• Developed test specifications and implemented automated tests in C# to verify system compliance with requirements

• Planned and led chapter meetings and induction rituals
• Communicated with the National Headquarters and filed all membership reports
• Represented Washington University chapter at the National Convention and District Conference

• Created interactive motor-learning experimental paradigm using MATLAB and C++
• Analyzed hand-path data in MATLAB to contribute to research on the impact of task-irrelevant information in motor adaptation; results published in the Journal of Neurophysiology
• Scheduled and conducted testing of human research subjects

• Graded quizzes and exams for Genetics course with an enrollment of 450 students
• Held weekly office hours to help students better understand course material

• Wrote formal test specifications to verify Feature Lockout behavior of pacemakers
• Developed C# code to fully automate a system-level test of the lockout of each of eighteen features for two pacemaker models

• Coordinated networking reception, dinner, and corporate presentations
• Marketed event to engineering students

Master'S Degree, Electrical Engineering, 4.0

Bachelor Of Science, Biomedical Engineering, 3.98

Activities and Societies: Alpha Phi Omega, Society of Women Engineers, Tau Beta Pi, Alpha Eta Mu Beta, Flute Choir