I am experienced in leveraging multiple programming languages and frameworks to advance research in drone technology and autonomous systems.
Enhanced a coding system program aimed at advancing drone technology. Designed and implemented an admin portal that focused on customization and autonomy, enabling users with administrative privileges to make necessary changes without backend code alterations. This streamlined approach enhanced the efficiency of the data collection process, supporting research advancements in autonomous systems.
• Contributed to the MHA Nation's drone project that aims to demonstrate how drones can be utilized to transport medical supplies in Tribal Nations, potentially serving as a national model for other rural communities.
• Conducted pre- and post-flight checks to ensure drone compliance and collaborated with the team to analyze data, supporting informed decision-making and community awareness
GPA: 3.34
Developed a C++ program that reads Sudoku boards from a text file and employs backtracking with recursive functions to efficiently assess solvability and solve the puzzle.
Constructed an instrumentation amplifier circuit consisting of high and low pass filters to process an ECG signal in the analog domain to reduce noise and prepare it for analog to digital conversion using the National Instruments DAQ device. The signal is analyzed using MATLAB for patient health analysis.
Successfully located six flags hidden in a vulnerable SQLite3 database by examining the C source code to investigate the program’s command-line behavior and file system to be able to utilize inspection tools and SQL injection attacks.
Apart from my work in tech, I enjoy spending my free time immersed in creative hobbies. I love playing video games, learning new languages like Korean, and picking up different musical instruments just for the fun of it!
Additionally, I spend a large amount of my free time exploring the latest technology advancements in the UAS world.