ROBOTIC ARM

Engineered a SolidWorks-based robotic arm model replicating real-world industrial automation systems. Designed a multi-DOF articulated structure enabling precise and controlled end-effector movement. Simulated realistic joint motion using advanced mate constraints and motion studies. Implemented a functional gripper mechanism for efficient object manipulation. Applied kinematic principles and design optimization to enhance performance and reliability. Focused on manufacturability, structural efficiency, and real-world application feasibility. Showcases practical skills in robotics design, CAD modeling, and engineering analysis.