I like to make things.
Whether I'm designing circuits at GTRI, leading the Physics Team, or competing in robotics, I love solving hard problems with hardware and code.
I don't just study engineering, I build stuff. From high-altitude payloads to automated trading bots, I'm always working on something new.
| PRIMARY_FOCUS | Hardware Engineering, Robotics, Physics, Math |
| EDUCATION | Wheeler High School (Magnet Program) |
| GPA | > 4.0 (Academics Letter) |
| STANDARDIZED_TESTS | SAT: 1500 | PSAT: 1460/1520 |
Founded organization reaching 150 students. Manage varsity presentations for 40+ weekly members. Oversee JV operations and facilitate advanced problem-solving sessions. Won Top 5 placement in GT Physics Field Day. Secured sponsorship from Burts Bees.
Collaborate with administration to promote the magnet program. Select future ambassadors, coordinate outreach events, and provide guidance for prospective students.
Organize competitions and facilitate weekly meetings. Secured sponsorship from Jane Street. Led team to top 5% to qualify for Georgia State Math Competition.
Led 10-person team to build high-altitude signal detector for GPS/Wi-Fi blind spot analysis using RF Sensors. Won 1st in State. Selected to represent GT for Artemis student challenge.
STEM@GTRI Summer intern at CIPHER labs. Collaborated with a group of 5 to create a functional Wi-Fi detector and theremin using circuit design and electrical engineering fundamentals.
Create integrated events for special education students; assist students with activities; communicate with special education department.
Organize tournaments, recruit members, create lessons, and manage meetings.
Supervised campers aged K-5, guided them through engineering processes, and created a safe learning environment.
Organize freezers, communicate with customers professionally, deliver perishables efficiently.
Travel the US to help people in need. Helped Hurricane victims in Asheville, NC; refurbished non-profits in Nashville, TN.
Designed and built a functional theremin from operational amplifiers and discrete components during GTRI internship.
VIEW_PROJECTPortable device for detecting and analyzing Wi-Fi signal strength for network analysis.
VIEW_PROJECTHigh-altitude GPS telemetry unit. 1st Place State Winner.
VIEW_PROJECTVirtual economy tracker for in-game video game markets.
VIEW_PROJECTVEX motor powered floating robot involving gear ratios and circuits.
VIEW_PROJECTCreated a successful chess youtube channel with over 50k views.
VIEW_PROJECTAlgorithm in Python for arm joints calculation without external libraries.
VIEW_PROJECTAnalytical Inverse Kinematics driven VEX arm with servo calibration. Built to test workspace theories.
VIEW_PROJECTHand-designed foam glider with parametric fuselage, KFm-2 airfoils, and full weight analysis. 8.64 oz total.
VIEW_PROJECTCustom digital signal processing algorithms built with no external libraries — FFT, filters, and real-time audio analysis.
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