Thuwal, Saudi Arabia — King Abdullah University of Science and Technology (KAUST) has launched the Robotics Bay, a dedicated facility for designing, testing, and prototyping advanced robotic and autonomous systems. It spans 1,000 square meters. This interdisciplinary center enhances the Kingdom’s robotics and artificial intelligence (AI) capabilities. Moreover, it advances the goals of Saudi Vision 2030 for economic diversification and knowledge-based growth.

“Robotics and automation are integral to Saudi Arabia’s digital transformation agenda,” said Professor Gianluca Setti, dean of the KAUST Computer, Electrical and Mathematical Sciences and Engineering (CEMSE) Division. “With the launch of the Robotics Bay, KAUST reaffirms its commitment to driving technological innovation. It also delivers solutions that strengthen the Kingdom’s economy and society.”

Accelerating Saudi Arabia’s Robotics Future

Supervised by Professors Eric Feron and Shinkyu Park of the Electrical and Computer Engineering faculty, the KAUST Robotics Bay fosters collaboration and experimentation across disciplines. It provides a shared space that encourages creativity, entrepreneurship, and innovation in robotics. This aligns closely with national priorities for automation and AI-driven solutions.

“The key element brought by the Robotics Bay is an exceptional common development space. Here, several researchers can work on their experiments in parallel while enjoying the creativity. This creativity can be triggered by the presence of their neighbors,” said Feron.

The facility is open to KAUST faculty, students, and national partners. At its core lies a high-bay arena designed for aerial and ground robot trials. It is surrounded by specialized laboratories supporting robotics research across diverse domains. Equipped with 400-volt outlets, motion-capture systems, and flight zones, it accommodates research in drones, autonomous fleets, and underwater vehicles.

Prototyping tools such as 3D printers, CNC machines, and soldering stations bridge the gap between concept and application. These resources enable researchers to develop next-generation intelligent systems in collaboration with academia and industry, accelerating Saudi Arabia’s robotics innovation ecosystem.

Enabling National Priorities

The Robotics Bay contributes directly to technologies supporting smart cities, autonomous mobility, and advanced infrastructure. These are pillars of Saudi Arabia’s giga-projects. “As a researcher heavily involved in aeronautics and transportation, the Robotics Bay offers a large central section. It is extremely well suited for scaled-down, multimodal mobility experiments,” Feron explained.

He highlighted potential synergies with KAUST’s Future Mobility Sandbox, a multimodal testing ground for land, air, and sea mobility technologies. Scaled-down replicas could be tested in the Robotics Bay before real-world deployment. This strengthens links between applied research and national innovation initiatives.

Beyond research, the facility is crucial in training Saudi Arabia’s next generation of robotics and AI specialists. It enhances human capital in high-tech sectors. Additionally, it reduces reliance on imported expertise and supports locally developed solutions for logistics, agriculture, inspection, and defense applications.

Globally Competitive Research Environment

Research at KAUST’s Robotics Bay spans ground, aerial, and marine robotics, human-robot collaboration and swarm intelligence. The facility rivals leading robotics centers at institutions such as the University of California, San Diego, the California Institute of Technology, and the University of Michigan.

By providing state-of-the-art infrastructure and fostering links between academia and industry, KAUST is a hub for robotics entrepreneurship in Saudi Arabia. “The sheer size of the facility and its indoor positioning system make the Robotics Bay a very attractive option for all research activities involving mobile robotics, including the ongoing revolution in personal mobility,” Feron noted.

Through this facility, KAUST strengthens Saudi Arabia’s standing in global science and technology research. It advances Vision 2030’s ambition to build a world-class innovation ecosystem.

 

 

THE SAUDI STANDARD’S VIEW: KAUST Robotics Bay Anchors Saudi Leadership in Robotics and AI Innovation

The launch of the KAUST Robotics Bay represents a pivotal milestone in Saudi Arabia’s high-technology transformation. As the Kingdom accelerates its digital and industrial diversification under Vision 2030, this advanced research facility demonstrates how Saudi institutions translate national ambitions into world-class scientific capacity. It anchors the Kingdom’s position in global robotics and artificial intelligence innovation.

• Strategic Infrastructure for Vision 2030 Goals

The Robotics Bay directly supports Saudi Arabia’s economic diversification and technological self-sufficiency objectives. By integrating AI, automation, and advanced prototyping within a single facility, KAUST provides the foundational infrastructure. This infrastructure develops intelligent systems that power future industries.

• Fostering Collaborative Research and National Innovation

The interdisciplinary design of the Robotics Bay brings together researchers, engineers, and entrepreneurs to co-create next-generation robotic systems. This collaborative model aligns with the national goal of fostering a vibrant innovation ecosystem rooted in academic excellence and industrial application.

• Empowering Human Capital and Local Expertise

The facility strengthens Saudi Arabia’s human capital in robotics, AI, and autonomous systems through hands-on research and technical training. It reduces reliance on imported technologies and expertise, empowering Saudi innovators to design solutions tailored to the Kingdom’s economic and environmental needs.

• Driving Applications Across Strategic Sectors

From smart city infrastructure to autonomous mobility and precision agriculture, the Robotics Bay enables research that directly supports giga-projects and national development priorities. The facility’s capacity for multimodal experiments positions it as a testing ground for technologies that enhance efficiency, safety, and sustainability.

• Global Competitiveness in Scientific Research

Comparable to leading robotics laboratories in the United States and Europe, KAUST’s Robotics Bay elevates the Kingdom’s scientific profile on the world stage. It strengthens Saudi Arabia’s reputation as a regional leader in advanced research. Additionally, it positions the Kingdom as a global contributor to emerging technology fields.

The Robotics Bay exemplifies Saudi Arabia’s commitment to building an innovation-driven future. This future envisions robotics and AI as prosperous, sustainable, and global competitiveness engines. Through KAUST’s leadership, the Kingdom is participating in the robotics revolution and shaping its global direction in alignment with Vision 2030.

 

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