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Faraday Future is expanding deeper into robotics and AI education through a new partnership with Boston International Business School (BIBS). The companies will create what they describe as the first industry driven Physical AI and Robotics Institute in the US. The announcement came during the Berkshire Hathaway Annual Shareholders Meeting in Omaha. It also marks another step in FF’s wider embodied AI strategy.

The move matters for eeNews Europe readers because it shows how robotics companies are increasingly linking education, AI infrastructure, and real-world deployment into a single ecosystem. It also highlights how Physical AI is becoming a serious commercial and industrial focus beyond autonomous vehicles and consumer robotics.

Building a Physical AI ecosystem

The new BIBS–FF AI Robotics Institute will combine robotics education, deployment and data generation under one platform. According to Faraday Future, the goal is not simply to create another robotics school, but to establish infrastructure for the next generation of Physical AI systems.

The institute plans to integrate humanoid robots and bionic quadruped robots directly into educational environments, where every interaction and deployment can generate training data for future AI systems. That approach reflects a wider trend in robotics where companies are searching for scalable ways to collect real world operational data.

Faraday Future says the institute will focus on developer training, robotics certification, AI deployment and industrial innovation. Areas covered include robot operation, teleoperation, AI system integration and maintenance certification.

“Education must evolve alongside industry. This collaboration represents a new model that closely integrates learning, practice, and innovation, and will cultivate truly industry-ready talent for the Physical AI era,” said Pedro Nueno, Co-founder of BIBS.

Education becomes an AI application

Faraday Future’s robotics division is positioning education as one of the first large scale application areas for Physical AI. The company believes classrooms and training environments can become continuous data sources for improving robotics systems and AI models.

“We are entering a new era of Physical AI, where intelligence moves from the digital world into the real world. Education is the first application scenario for our robots,” said Chris Chen, Co-CEO of FF AI-Robotics.

The institute will also launch a global call for academic partners, including universities, technical institutes, vocational schools and K-12 organizations. Participating institutions are expected to gain access to robotics deployment systems, curriculum frameworks and internship opportunities tied to FF AI-Robotics.

The initiative comes as competition in embodied AI and robotics accelerates globally, with companies increasingly investing in humanoid robotics, industrial automation and AI infrastructure platforms. For Faraday Future, the partnership expands its ambitions beyond electric vehicles into a broader AI and robotics ecosystem strategy.

Cover picture from Faraday Future.

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