Wireless Research Development, 2018 - 2022

• Maintained and developed features for a high-performance logging framework in C++ used department wide for 5G/6G development

• Developed a PCAP generation and playback tool in Python that was used to simulate network traffic for a virtual reality headset, allowing for cross-company collaboration with other corporate partners.

• Developed, optimized, and maintained a Python based satellite simulator that was used to simulate the OneWeb satellite constellation, including reducing resource usage by over 60%.

• Led 3 teams, totaling around 25 people, in developing accessible technology such as magnifiers, tuners, and typewriter devices for the Indiana School for the Blind and Visually Impaired, a school of around 300 in Indianapolis, Indiana.

• Designed and prototyped electrical, microcontroller, and Python translation backend of an Internet of Things connected braille typewriter, which allowed for teachers at ISBVI to give feedback to their students without needing to read braille.

• Created the design and prototype of an instrument tuner that talked back to students who are blind and visually impaired, allowing students in the school’s band class to tune their instruments without help from their teacher.

• Work with the Linux Android Power Team to improve battery performance for Qualcomm SoCs.

• Work with team to enhance Python tools for determining power performance via system logs.

• Worked in the Core Software Group on upcoming top of the line routers

• Worked on NX-iOS, the Networking Operating System that run Cisco's high end routers

• Created a Network Traffic Generator for use without a physical connection to the router