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- In Optimal Inventory Health (OIH) team optimizing Amazon's inventory to generate Long Term Free Cash Flow (LTFCF).

- Designed a scalable code structure for current and future integration of telecom equipment into the compact robot framework to enhance the sophistication of automated robotics testing and quality measurement. This has been a huge benefactor in launch of T-Mobile’s 5G network/technologies. - Developed future technologies of T-Mobile’s next generation 5G network using my team’s robotics framework to test/evaluate end-to-end user devices and ensure customer quality/satisfaction. - Leveraged knowledge in C# embedded systems, robotic automation, and telecommunication.

- Improved the quality of life for people of rural Africa by providing data analytics and real-time tracking of remote solar power distribution systems up to 6 locations in rural Africa. The local communities benefited from access to stable and renewable electricity. - Created a self-maintaining data acquisition unit to reduce the number of human interactions for maintenance. - Communicated, coordinated, and collaborated with three other project team members and two KWH liaisons.- Leverage knowledge in Python, Bash, Grafana Cloud, Raspberry Pi, Analog-to-Digital Converter, Modbus, debugging, and serial communication.

• Designed a portable aquaponics system equipped with various sensors. Used I2C, UART, and SPI to communicate between the sensors and a Linux based development board. Assembled and calibrated sensors to a development board.• Refractor Python code to collect and upload data recorded from the probe to a central repository on ThingSpeak.• Documented development progress and wrote a user manual for future users of these aquaponics systems. • Coordinated and collaborated with the Biology and Environmental Science Department to discuss new features and improvements to the overall system. • Attended the Global Humanitarian Technology Conference (GHTC) to present the technical paper and poster.