Advanced Robotics and Technology (ART) Research Lab

The Advanced Robotics and Technology (ART) Research Lab at Bowling Green State University is dedicated to driving innovation in robotics and human-robot interaction through cutting-edge research and interdisciplinary collaboration. Our lab focuses on developing state-of-the-art robotic systems for real-world applications, applying advanced technologies such as augmented reality (AR), artificial intelligence (AI), and robotics automation to address contemporary challenges.

Empowering Robotics for a Better Future

Facilities

The ART Lab is equipped with advanced tools and workspaces, including:

Mobile robots and manipulator platforms.
Workstations for programming, simulation, and control development using ROS, MATLAB, and Python.
A testing arena for real-time experiments with autonomous systems.
Dedicated spaces for soldering, prototyping, and sensor-actuator integration.

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Innovating Robotics and Human Interaction

AR- Enhanced Human-Robot Interaction

Augmented reality (AR) is transforming human-robot interaction by enabling users to visualize and engage with robots in real-time. By using AR glasses or mobile devices, users can see robotic actions enhanced with contextual visuals, which simplifies complex commands and improves understanding. This technology fosters clearer communication and enhances collaboration across industries like manufacturing, healthcare, and education. Ultimately, AR makes human-robot interaction more natural and efficient, promoting a future where humans and robots work and learn together harmoniously.

Innovative Robotics Solutions

AI powered Mobile Robots

Harness the power of ROS and AI to bring intelligence and adaptability to mobile robots. From autonomous navigation to real-time decision-making, our systems combine advanced robotics and AI technologies to create smarter, more versatile robots for dynamic environments

Robotic Manipulation

Developing advanced robotic systems for real-world applications, focusing on automation and mobile robotics solutions.