Ty Runner

C++, Python, GitLab, Model Verification, Signal Processing.

• Created testbench modules to compare precision, performance across floating point, fixed point, and a hybrid hardware approach, FFT computations for radar signal processing.
• Interaction with a virtualized hardware platform to record performance benchmarks of simulated hardware.

Impact: Verified hardware design through specific hardware model implementations, including fixed-point and floating-point FFT calculations.

• Redesigned debugger tool enabling streamlined satellite gateway failure analysis.
• Adapted tool for cross-platform compatibility to meet global user requirements.
• Developed robust wxWidgets GUI components using C++ to enhance user interaction.
• Utilized CI/CD practices. Agile structure with Jira, and Scrum structure in two-week sprints.

Impact: Enabled approximately 22% greater satellite bit-error debug productivity for hundreds of developers in the US and India.

• Developed software in LabVIEW and Python code to automate circuit board testing processes using a Universal Robot Arm, UR3e.
• Engineered a computer vision solution enabling complete process automation for robotics systems.
• Documented, tracked, and managed software defects via Jira.

Impact: Demonstrated a proof of concept to automate the testing of security encryption/decryption printed circuit boards, freeing up 3 hours of daily work for the engineering team.

• Assisted in the assembly, installation, and testing of Internet of Things (IoT) devices for geolocation tracking purposes
• Constructed, tested, and debugged software on 5G Narrowband-IoT devices using Wireshark, other tools

Impact: Increased the production volume and quality of IoT modems to over 3,000 devices for over 10 customers