Bio-Inspired Robot Search and Rescue System [Raspberry Pi, Altium Designer, 3D Printing, Fusion 360, YoloV7, Python]
- Led development of a bio-inspired search and rescue system, integrating gesture control/accelerometer for robot operation and YOLOv7 for human tracking, visualized using Microsoft HoloLens.
- Achieved a 30% boost in search and rescue efficiency during field testing, demonstrating enhanced disaster response capabilities.
ExploraSphere [Raspberry Pi, Altium, Silicon Moulding, Fusion 360, Azure Kinect, Python]
- Solely designed and built SoftSphere, a soft-bodied robot made of silicon, with a primary focus on utilizing proprioception for enhanced navigation and manipulation capabilities.
- Integrated two internal cameras and two external Azure Kinect cameras into SoftSphere’s design to facilitate precise point cloud capture, enabling effective search functionality alongside proprioceptive feedback.
Fruit and Vegetable sorting machine [Raspberry Pi, Arduino, Python, C/C++, Open CV, KiCAD, SolidWorks, 3D printing]
- Developed a sophisticated industrial sorting machine capable of efficiently handling round fruits and vegetables.
- Enhanced quality control and categorization by integrating image processing, weight cells, and size sorting mechanisms, resulting in a 30% reduction in defects and waste. The machine classifies round fruits and vegetables based on color, weight, size, and ripeness.
Pick and place Automated Guided Vehicle (AGV) in factory [Raspberry Pi, Python, Altium, Fusion 360, 3D printing]
- Spearheaded the design and integration of an Automated Guided Vehicle (AGV) for pick and place operations in a factory setting, achieving precise navigation with less than a 2cm error margin.
- Engineered a claw gripper mechanism with a 98% success rate in secure widget handling, enhancing transport efficiency and reducing travel time and collision incidents. Collaborated with a diverse team for seamless hardware-software integration, showcasing strong project management skills.