Gabriel Bastos de Miranda

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About

Gabriel Bastos de Miranda is a leading researcher at the intersection of digital manufacturing and collaborative robotics, with a core focus on advancing Industry 4.0 technologies. His most influential work, “Digital Manufacturing Tools in the Simulation of Collaborative Robots: Towards Industry 4.0” (2019, 44 citations), provides a seminal analysis of integrating collaborative robots into automotive production lines. By developing two distinct simulation environments—one modeling the original operation and another incorporating the robot—he demonstrated how digital tools can optimize workflow, safety, and efficiency in real-world factory settings. This study has become a key reference for engineers and academics exploring human-robot collaboration in smart manufacturing. More recently, in “Artificial Neural Network Applied to Virtual Commissioning and Control of a Robotic Cell” (2025), Miranda investigates the feasibility of replacing traditional control systems with AI-driven neural networks, pushing the boundaries of autonomous industrial processes. His work bridges the gap between theoretical simulation and practical implementation, offering scalable solutions for modern factories. With a growing citation impact, Miranda is recognized for his contributions to virtual commissioning, robotic cell control, and the broader digital transformation of manufacturing, making him a vital voice in the future of industrial automation.