On April 23, 2026, Fujitsu Limited and Carnegie Mellon University (CMU) announced the formal opening of the Fujitsu-Carnegie Mellon Physical AI Research Center. Located at the CMU campus in Pittsburgh, Pennsylvania, the new facility represents a strategic expansion of the long-standing collaboration between the Japanese technology firm and the American research university. The center is designed to accelerate the development of Physical AI, a field dedicated to creating AI systems capable of interacting safely and efficiently with the physical world.
The primary technical objective of the center is the development of core technologies that enable AI to move beyond digital environments into complex, real-world applications. This includes advancements in robotics, autonomous navigation, and industrial automation. Researchers at the center will focus on three key pillars: high-fidelity simulation, advanced sensor fusion, and real-time reinforcement learning. By combining Fujitsu’s high-performance computing resources with CMU’s expertise in the School of Computer Science and the College of Engineering, the partnership aims to solve the reality gap, which is the discrepancy between how AI performs in simulations versus how it operates in the physical world.
A central component of the research will involve the integration of Fujitsu Kozuchi, the company’s AI platform, with CMU’s proprietary robotic control frameworks. The center will utilize a dedicated laboratory space equipped with state-of-the-art robotic arms, mobile platforms, and a multi-modal sensor network. These tools will be used to develop Social Digital Twins, which are digital representations of physical spaces that can predict human behavior and optimize logistics in real-time. According to official statements, the center will initially staff approximately 25 full-time researchers and faculty members, with plans to expand the cohort over the next three years.
The establishment of this center follows a series of joint projects between the two organizations that began in 2022. The new agreement formalizes a multi-year commitment to research and development, with a specific focus on Embodied AI. This branch of AI emphasizes the importance of the physical body and its environment in the development of intelligence. Technical specifications for the projects include the development of low-latency communication protocols for edge devices and the implementation of federated learning models to ensure data privacy in industrial settings.
Leadership for the center will be shared between both institutions. Dr. Martial Hebert, Dean of the School of Computer Science at CMU, and Vivek Mahajan, Corporate Vice President and Chief Technology Officer at Fujitsu, will oversee the strategic direction of the facility. The center is expected to produce a series of open-source benchmarks and hardware specifications to standardize Physical AI development across the industry.