Robotics Club at Mississippi State University • Starkville, MS

• Modeling aerodynamic airframes, motor mounts, and a vibration-dampened flight controller housing in Onshape; manufactured prototypes using FDM 3D printing in PETG filament.
• Engineering a standardized library of modular mechatronic subsystems, encompassing high-reduction cycloidal gearboxes, FDM-optimized differential drivetrains, 3D printable transmission shafts, and custom PCBs, to establish a reusable hardware architecture to accelerate cross-platform development for all club competitions.

Department of Sustainable Bioproducts • Starkville, MS

• Designing an active-cooled, dust-resistant enclosure for an NVIDIA Jetson Orin Nano to manage thermal loads during edge-computing tasks.
• Deploying computer vision algorithms directly onto the embedded Jetson hardware to detect wood chip moisture content in real-time.
• Modeling a kinematic sensor mount in Onshape for repeatable camera positioning during physical image data collection.

Department of Plant and Soil Sciences at Mississippi State University • Starkville, MS

• Designed and 3D-printed an automated mechanical seed-feeder to stream samples into a camera's field of view at a controlled feed rate.
• Developed a real time ArUco calibrated computer vision seed measurement system and modular Python application, supporting CNN based seed and nodule analysis for PhD research

Agrisense • Kathmandu, Nepal

• Developed and implemented a custom CNN-based image processing model utilizing Scikit-learn, NumPy, and OpenCV for plant disease detection to enhance agricultural diagnostics
• Modeled a wheeled sensor-deployment rig in FreeCAD; optimized 3D-printed PLA components for wall thickness, dynamic load-bearing, and minimal support structures.

NASA Space Apps Challenge • Kathmandu, Nepal

• Developed an interactive 3D model of the International Space Station (ISS) and its orbit using Three.js and JavaScript.