I am an engineer and mathematician passionate about solving complex, real-world problems through a multidisciplinary approach. Currently pursuing a dual degree in Mathematics at St. Edward’s University and Mechanical Engineering (with an Aerospace minor) at Washington University in St. Louis. My work spans across environmental data analysis, rocketry, robotics, and entrepreneurship. Whether I'm analyzing air quality data, designing avionics systems, or building autonomous robots, I thrive on turning theoretical concepts into tangible solutions.

Role: Payload Subteam

Description: Designed, tested, and integrated flight-critical systems for competitive aerospace vehicles. Applied principles of mechanical design and electrical integration to ensure reliable performance under high-stress conditions.

Role: Avionics Subteam

Description: Engineered the systems packaging and control panel layout for a competition RC aircraft's 'Avionics Bay' using SolidWorks and FEA, ensuring thermal management, and accessible wiring for all electrical components. 

Description: Engineered a fully autonomous robot capable of real-time path tracking. Integrated sensor hardware with custom control loops to ensure smooth and accurate navigation.