- Learn and utilize several testing techniques such as AFR and TDR, to determine the best method to characterize PCB measurements from a VNA. - Read and interpret the s-parameter data coming from ANSYS SIWave simulation software and the VNA.- Tested PCB designs in ANSYS HFSS to validate accuracy between the simulations and real-world deliverables.- Compared differences in the s-parameter data results to see which components of the PCB may have caused differences between simulated and delivered.- Focused in on the SMA connector which allowed a VNA to communicate with the PCB.- Used simulations to accurately predict the performance of delivered PCBs, saving several weeks of an iterative design process.- Develop an understanding of components of a PCB and learn about signal processing.

- Provided VEX Robotics Programming leadership and instruction to 4 different sessions of summer camp for High School and Middle School students. - Supervised 20 campers over 4 different 1-week summer camp sessions.- Instructed summer camp students in designing, building, coding, and competition skills during four different 1-week summer camps (2022-2023).

- Future Engineering Internship researching and designing a solution to a common problem.- Worked with a Raytheon Engineering Mentor and participated in Team Building activities.- Presented Results to a Team of Engineers.