Design and Development of Kinematic Models Using 3D Printing and Integration of IOT Systems

The development of rapid prototyping and intelligent systems has revolutionized mechanical design and automation. This paper presents the design and development of kinematic models using 3D printing technology with the integration of Internet of Things (IoT) to provide dynamic motion, monitoring, and control. The project is aimed to design and develop the kinematic models of mechanical power transmission systems such as linkages and gears using additive manufacturing technology. The models are integrated with IoT-based microcontrollers for real-time control and visualize the motion of kinematic mechanisms. The integration of 3D printing and IoT provides a platform to understand and enhance the knowledge in diversified technologies which play a key role in engineering education for both teaching fraternity and students community to develop smart power transmission systems. The kinematic models developed using 3D printing technology describe the more responsive in motion, customizable in scaling and integration with IoT allows for the creation of systems that can be easily adapted for different real time applications.