I am an electrical engineering student at Georgia Southern University focused on aerospace electronics, embedded systems, controls, and robotics.
Selected work involving embedded programming, electronics, control systems, mechanical integration, designing, and testing.
Designing a custom quadcopter from the ground up by creating an STM32-based flight controller to integrate ELRS receiver, IMU, ESCs, and a 3D-printed airframe.
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Developed a two-wheel balancing robot using PID control, IMU sensor fusion, motor control, and real-time embedded software.
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Created and tested an aircraft pitch-control system with actuator limits, turbulence inputs, and closed-loop performance analysis.
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Added a control system using 3 ToF Sensors that allow the robot to detect and hunt objects in front and in range.
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Designed a robot frame to test a curved ramp variation and ToF sensor integration.
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Built a control system for a sumo robot using infrared (IR) sensors that autonomously keep it in the battle arena.
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Designed a fully 3D printable chess set consisting of 6 different unique chess pieces with connectable squares for the board
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About Me
I am pursuing internship opportunities in aerospace, embedded systems, controls, avionics, and robotics.
I study Electrical Engineering at Georgia Southern University with an expected graduation date of May 2028.
My work centers on developing physical systems that combine software, electronics, controls, sensing, power, and mechanical design.
Contact Me
Email: [email protected]