SELF-LEARNING AND EVALUATION THROUGH VIRTUAL REALITY APPLICATIONS IN INDUSTRIAL SHOPFLOOR

Abstract

The integration of Virtual Reality (VR) technology into industrial shopfloor environments has revolutionized the way in which training, learning, and evaluation processes are conducted. In rapidly evolving industrial landscape, the need for efficient training, skill development, and performance evaluation mechanisms is more crucial than ever. Industrial shopfloors encompass a diverse range of operations, from manufacturing and assembly to maintenance and quality control. VR technology offers a versatile platform that can simulate these environments with high fidelity, allowing users to engage in hands-on learning experiences without the constraints of physical space or equipment availability. Immersing users in realistic virtual environments, VR enables them to practice tasks, procedures, and workflows in a safe and controlled setting. Benefits in VR include Immersive Learning Experiences, Personalized Training, Real-time Feedback, Cost-effectiveness, Safety, Remote Training. There are many proven APPS in VR like Unity VR SDK, Unreal Engine VR SDK, OpenVR API, Oculus SDK, HTC Vive SDK, Microsoft Mixed Reality SDK, Google VR SDK, Vuforia SDK, Magic Leap SDK and Leap Motion SDK. UseCases available are Training Simulations for Machine Operation, Assembly Line Optimization, Quality Control and Inspection, Maintenance and Repair Training, Factory Layout Planning, Safety Training and Hazard Awareness. This paper offers wider insights to apply Virtual Reality technologies in Industrial setup, however leads can be drawn for business in service segment too, with careful implementations by selection of suitable apps.