AI-Driven Adaptive Robotic Manufacturing Systems for the Development and Production of Complex Products in Industry 5.0

This PhD research develops AI-driven adaptive robotic manufacturing systems for Industry 5.0, enabling robots to dynamically respond to changing products, processes, and production conditions. The work integrates intelligent control, digital twins, and humanrobot collaboration to accelerate complex product development and manufacturing, supported by TalTechs advanced Industry 5.0 Future Test Lab and the ÕÜF10 project.

Research description:

Based at TalTechs Virumaa College and embedded in the ÕÜF10 project, this PhD position focuses on developing adaptive, AI-driven robotic manufacturing systems for Industry 5.0. The research addresses the need for flexible, efficient, and sustainable production systems capable of handling increasingly complex products while reducing the time from product concept to manufacturing. The t...