In our project, we have successfully programmed and designed a robot to exhibit four distinct emotions: Angry, Sad, Scared, and Happy. Each emotion is conveyed through unique and dynamic movements, demonstrating the versatility and sophistication of our programming and design enhancements. When the robot is happy, it rapidly moves in a circle, displaying excitement and enthusiasm. To express anger, the robot aggressively moves without true direction, showcasing frustration and intensity; also simulating irritated pacing to get away from someone. When scared, the robot slowly moves forward with caution and then quickly retreats, mimicking a startled reaction. For sadness, the robot moves slowly in a tight squiggly forward path, reflecting a tear that would run down someone's face. Our project focuses on programming the robot to perform these specific movements, ensuring that each emotion is clearly and distinctly represented through its actions. Moreover, our robot is fully mobile and engages in various actions, demonstrating its capabilities and the improvements we have added. We believe that these would be similar to the actions humans take when feeling these emotions. Through this project, we have successfully showcased the intersection of technology and creativity, bringing our robot's emotions to life in a compelling and effective manner.