• Create scalable software with modularity to align with optimizing memory usage, timing, and overall efficiency.

• Contribute to safety-critical embedded software projects, ensuring compliance with industry standards (DO-178C) and

collaborating closely with Electrical Engineers and System Engineers.

• Utilize software debuggers (ULink), oscilloscopes, function generators, logic analyzers, and multimeters to streamline

hardware-software integration and resolve complex issues.

• Develop and manage communication interfaces and low-level drivers using I2C, SPI, and ARINC 429 to facilitate seamless data exchange and control within the system.

Graduate Teaching Assistant for EECE 251 (Digital Logic Design) and EECE 387 (Intro To Embedded Computer Systems)

• Created a brand new test in C to catch failures on Post-Silicon devices, utilizing Operating Systems and Computer Architecture concepts

• Ran tests on Silicon to verify the validity of devices

• Added new features to a Python YAML file parsing tool for the ability to run Vmin/Fmax report generation along with other features and bug fixes

Assisted current students in the course of Digital Logic Design and Sophomore Design (Intro to Embedded Computer Systems). Guided students towards effective and efficient solutions for labs and class exercises