- Built a Renesas winning combination using a Renesas MCU, GreenPAK, Bluetooth module, and an in-house temperature/humidity sensor to control a fan based on the sensor's value as a demo of Renesas technologies- Gained proficiency in Renesas RA MCU hardware and software, including interacting with I/O, implementing interrupts, and leveraging the debugger for testing designs

- Collaborated with colleagues to test phases of the distributed control system and evaluated if common failurepoints are handled appropriately, thus lowering the time needed in debugging issues- Adhered to the ISA88 standard for navigating and testing within DeltaV to stay consistent with the client’s process- Implemented redline revisions on technical drawings into AutoCAD for several clients

- Programmed a Zephyr RTOS application in C++ that measured stack and CPU usage of tasks running in the operating system- Created an example application to analyze embedded systems resources for other developers to use as a template for debugging and monitoring- Linked the performance data from the thread analyzer example program to a Data Center Interface using its API so the data could be accessible from anywhere within the application

- Marketed unique features of consumer electronics to Target guests- Helped Target guests locate and purchase electronics- Maintained company inventory as guests purchased products - Organized and arranged items to promote a neat-looking department

- Mentored underclassmen in the engineering design process and fundamentals of robotics, resulting in higher member turn out and greater engagement in club competitions- Organized club meetings and created presentations in order to lead 60+ team members for competition- Managed club member attendance and participation, keeping 60+ members accountable- Achieved 2nd place at the Union County VEX Robotics Competition among 30+ other teams by engineering a robot to complete tasks via remote control using VEX Robotics parts and C code

- Automated a regular testing process for helicopter parts using 3D printing and microcontroller technology, saving time and ergonomic strain for technicians for each testing cycle- Designed an automated testing enclosure for airplane lights using a raspberry pi with a custom python script and GUI for more ease of use and efficiency