In today’s generation, the coil winding machine plays an important role in the industrial world. As it minimizes the efforts and time with manual efforts. One of the winding machine kinds now used in industries is this coil winding machine. Coil winders can be categorized based on their capacities and speeds. These machines range from multi-speeders to medium, large, and extra-large machines. Machines exist in many forms and categories and can be used for a variety of tasks. A coil winding machine is frequently used to wound coils for transformers, inductors, motors, and chokes. Coil winding can be done by manual or by automatic. Manual coil winding machines require an operator to manually feed wire onto the coil and control the tension of the wire during winding. They are suitable for low-volume production or for winding coils that have complex shapes or sizes that are difficult to wind with automatic machines. But automatic coil winding machines are fully automated and can be programmed to wind coils of different sizes and shapes. They use computer-controlled systems to wind wire onto the coil, control the tension of the wire, and cut the wire when the winding is complete. Automatic coil winding machines offers more benefits compared to manual machines. Automatic coil winding machines are faster and more efficient than manual machines, and they are ideal for high-volume production. Automatic winding machines can wind coils with a high degree of precision, ensuring that each coil meets the required specifications and tolerances. Also, automation can lead to reduced costs, as it eliminates the need for manual labour and reduces waste and rework. Computers, hydraulics, pneumatics, robotics, etc. are examples of low-cost automation methods that can be used to automate processes. In large-scale production, automation is crucial. There are many automated coil winding machines on the market to address the shortcomings of a manual winding machine. The machines that are currently available are large, intricate, and expensive. And hence, these automated machine drawbacks are overcome in this project. As a result, this project will involve the construction of a coil winding machine that is controlled by an Arduino programme and a DC motor. This device is small-scale in design, affordable, and simple to use