Boston Scientific

• Developed implantable device firmware for a urology active implantable under development

• Explored image augmentation techniques to improve the accuracy of classification models used to validate thousands of medical devices per month
• Designed and executed experiments to compare the efficiency and performance of a variety of neural network architectures on visual inspection tasks
• Implemented a new family of CNN architectures within internal libraries to decrease average training time by 38 percent

• Developed an embedded C simulation of a piezo driver and pressure sensor to be used for automated firmware testing on an active implantable urology product under development
• Developed C# Windows application for firmware validation using RTT, SPI, and I2C
• Communicated results cross-functionally with team members from various disciplines

University of Minnesota Solar Vehicle Project

Director of Operations/Co-President

• Managed operational and financial aspects of a $250k/year student engineering organization with 50 active members
• Maintained strong relationships with corporate sponsors and University administrators
• Managed logistics for a cross-country solar vehicle race during the 2021 American Solar Challenge

University of Minnesota Department of Computer Science

• Graded and provided constructive feedback on Python programming assignments
• Worked to establish a positive and inclusive learning environment for all students