![[PROJECT TITLE]](../res/img/lineproduction-720.webp)
The transition to advanced manufacturing requires a workforce with new skills, especially given the emerging opportunities using digital engineering. This project addresses that gap by developing a virtual and digital environment powered by Artificial Intelligence (AI) and Virtual Reality (VR) for immersive training and production line design, aligned with Industry 4.0 standards.
Offers immersive experiences that allow workers to learn and practice skills in a safe, controlled virtual environment. Additionally, AI personalizes training programs by providing targeted feedback to each individual.
Enables the virtual design, visualization, and optimization of production lines, simulating operations with industrial robots, AMRs, and complex assembly processes.
Incorporates genetic algorithms and stochastic models to efficiently schedule preventive and predictive maintenance. This minimizes costs and equipment failure risks within the virtual production line.
Detailed capabilities and technical specifications developed for this mission.
Facilitates the interactive design, modification, and simulation of robotic platforms in VR, allowing performance evaluation before building physical models.
Runs simulators in the virtual reality engine based on equipment manufacturer data to present production metrics on an interactive dashboard.
Employs smart gloves and haptic feedback to remotely control robots in simulated environments, enriching the user experience and facilitating precise control.
The iterative product design focuses on user-feedback metrics, such as position control and security. Continuous evaluations help refine and optimize the platform's functions.
Fosters international cooperation through virtual workspaces, where experts worldwide can interact with and supervise remote production environments.