Programming is a key component of the project, allowing students to utilize variables, loops, conditionals, and functions, honing their problem-solving abilities and logical thinking in the process.

The project also encompasses the field of biomechanics, providing students with a glimpse into the mechanics of the manipulator. Furthermore, the project introduces students to the world of electronics by incorporating electronic components like sensors, motors, and microcontrollers.

The project also involves designing and modeling parts using 3D software, enabling students to explore Computer-Aided Design (CAD) techniques. The ability to bring their designs to life through 3D printing nurtures their creativity and spatial visualization skills, empowering them to materialize their ideas. Students apply their chemistry knowledge to choose appropriate printing fillament and adapt printing conditions.

Overall, the hand manipulator educational project kit provides a well-rounded and immersive learning experience. By combining mathematics, programming, biomechanics, electronics, and 3D modeling, students develop a diverse skill set. They enhance their creativity, problem-solving prowess, critical thinking abilities, and gain a tangible understanding of interdisciplinary concepts.