Industrial Machine Identification Using Augmented Reality

Abstract

Augmented Reality (AR) offers an interactive experience within a real-world environment and has found applications in various fields such as Medical, Education, Mechanical Industries, Food Industries, Real Estate, and more. Since October 2020, there has been a significant industrial growth of approximately 26.18%, indicating a gradual development in manufacturing models. However, in the current scenario, newcomers to the mechanical industry often face challenges in understanding the workings of machinery, relying on user guides or trainers for assistance. For freshers, communication barriers may exist when seeking guidance from supervisors or experts. Traditional learning methods, such as using user guides, can be time-consuming, while training sessions with experts can be costly. To address these challenges, we propose the development of an augmented reality application tailored for the mechanical industry. This application aims to assist freshers in identifying industrial machines and understanding their operations through three-dimensional views. Our AR application will provide an interactive platform that offers a user-friendly interface for freshers to navigate. By overlaying digital information onto the physical environment, users can visualize machinery components and operations in real-time. This approach enables a more immersive learning experience, allowing freshers to grasp machine functionalities efficiently and cost-effectively. In summary, our augmented reality application seeks to streamline the learning process for freshers in the mechanical industry, offering a convenient and accessible solution for better understanding machinery operations in a shorter timeframe and at a lower cost.