Mitsubishi Electric and Chiba Institute of Technology Sign Basic Agreement on R&D of Domestic Physical AI
Mitsubishi Electric and Chiba Institute of Technology have signed a basic agreement on the research and development of domestic Physical AI technology intended for both public and private use. They will establish a co-creation center to promote the commercialization of 'AI Robotics Solutions' using autonomous robots.
📋 Article Processing Timeline
- 📰 Published: May 26, 2026 at 20:00
- 🔍 Collected: May 26, 2026 at 11:31
- 🤖 AI Analyzed: May 26, 2026 at 11:49 (17 min after Collected)
Mitsubishi Electric Corporation and the Chiba Institute of Technology have concluded a basic agreement on the research and development of domestic Physical AI technology intended for dual public and private use. Based on this agreement, the two parties will establish a co-creation center to promote the commercialization of 'AI Robotics Solutions' utilizing a wide variety of autonomous robots, such as multi-legged, humanoid, and drone types. The agreement is scheduled to last for three years until April 2029.
In recent years, automation using AI and robots has progressed at manufacturing and infrastructure maintenance sites. However, tasks requiring delicate movements in response to surrounding environmental conditions remain difficult to automate. To address this, Physical AI, which enables real-time, appropriate control based on real-world situations, is expected to serve as a key foundation technology for realizing autonomous robots that can handle tools and equipment like skilled workers.
Mitsubishi Electric possesses extensive manufacturing knowledge, maintenance and inspection expertise, and motion control technology cultivated through product development such as its 'MELFA ASSISTA®' collaborative robots. Meanwhile, the Chiba Institute of Technology's Future Robotics Technology Research Center possesses large-scale physical modeling technology capable of realizing movement abilities that respond reflectively and flexibly to situations, and it is engaged in the R&D of robots capable of advanced tasks in real-world environments.
Based on this agreement, the two parties will combine their technologies and knowledge to promote the development of domestic Physical AI technology. By utilizing this technology in both public and private sectors, they aim to solve social issues such as labor shortages and aging infrastructure, while targeting future applications in disaster response and logistics.
In recent years, automation using AI and robots has progressed at manufacturing and infrastructure maintenance sites. However, tasks requiring delicate movements in response to surrounding environmental conditions remain difficult to automate. To address this, Physical AI, which enables real-time, appropriate control based on real-world situations, is expected to serve as a key foundation technology for realizing autonomous robots that can handle tools and equipment like skilled workers.
Mitsubishi Electric possesses extensive manufacturing knowledge, maintenance and inspection expertise, and motion control technology cultivated through product development such as its 'MELFA ASSISTA®' collaborative robots. Meanwhile, the Chiba Institute of Technology's Future Robotics Technology Research Center possesses large-scale physical modeling technology capable of realizing movement abilities that respond reflectively and flexibly to situations, and it is engaged in the R&D of robots capable of advanced tasks in real-world environments.
Based on this agreement, the two parties will combine their technologies and knowledge to promote the development of domestic Physical AI technology. By utilizing this technology in both public and private sectors, they aim to solve social issues such as labor shortages and aging infrastructure, while targeting future applications in disaster response and logistics.
FAQ
三菱電機と千葉工業大学は何の協定を締結しましたか?
官民両用を想定した国産フィジカルAI技術の研究開発に関する基本協定を締結しました。
この協定の期間はいつまでですか?
2029年4月までの3年間の予定です。
両者が共創センターで推進する事業は何ですか?
多脚歩行型、人型、ドローン型などの自律制御ロボットを活用した「AIロボティクスソリューション」の事業化です。
三菱電機の強みは何ですか?
幅広い事業分野で培った製造ナレッジ、インフラ保守・点検ナレッジ、高精度・安全なモーション制御およびセンシング技術です。
千葉工業大学が保有する技術の特徴は何ですか?
状況に応じて反射的かつ柔軟に対応する運動能力を実現できる大規模物理モデル技術です。