Robotics and Autonomous Systems

In recent years, robotics has made major strides, with humanoid robots, quadrupedal robot systems, robotic arms, and other advanced robotic platforms finding increasing application in industrial settings and research-driven real-world environments. Autonomous capabilities and intelligent control systems are rapidly improving through advances in software, sensing, and actuation. Applying these technologies to construction sites promises to significantly transform current workflows. Robotic arms and mobile robotic platforms may be used for automated manipulation, assembly, and material handling, improving productivity and precision. Humanoid robots and robot dogs (quadrupeds) may perform dangerous or physically demanding tasks, enhancing workplace safety. Autonomous and semi-autonomous robotic systems, including remote-controlled platforms, could improve efficiency across the entire construction site. Beyond construction, robotic systems can also be applied throughout a building’s lifecycle. For example, humanoid robots, quadrupeds, and robotic arms can be used for routine maintenance, inspection, and monitoring tasks, operating autonomously or under human supervision. Modern robotics offers many exciting opportunities for the construction industry, and our research actively contributes to shaping this future.