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Schaeffler and NTU expand partnership to accelerate humanoid robotics research
New 900 sqm AI-robotics lab fast-tracks development of scalable motion systems, actuators and collaborative robotic technologies for real-world industrial deployment.
www.schaeffler.com
Schaeffler is integrating humanoids into its own production facilities and supplies key components such as innovative actuators. Photo: Schaeffler
Industrial automation, collaborative robotics, humanoids, automated mobile systems and smart actuation are the core applications driving Schaeffler’s expanded research collaboration with Nanyang Technological University (NTU) in Singapore. The partnership now includes a new 900 sqm laboratory dedicated to robotics and artificial intelligence — an investment designed to accelerate technology transfer from research to commercial deployment.
Why this NTU collaboration matters for humanoid robotics
Humanoid robotics is among the fastest-emerging industrial technologies, and Schaeffler aims to strengthen its position not only as a component supplier but as an active user integrating humanoid systems into global production lines. The company has already entered partnerships with major humanoid robot manufacturers and secured component supply contracts. NTU’s inclusion in the SHARE (Schaeffler Hub for Advanced Research) program extends an international innovation network linking universities and industry, reinforcing Schaeffler’s ambition to become a preferred technology partner in this field.
From research to scalable product development
Joint development work with researchers and students at NTU focuses on collaborative robots and autonomous mobile platforms, ensuring laboratory insights move rapidly into industrial products. This co-development model shortens the route from concept to series-ready solutions by aligning academic advances with real-world industrial scalability. The dedicated development center strengthens interdisciplinary research, enhances Schaeffler’s innovation credibility, and builds a direct pipeline between scientific discovery and deployable robotics technology.
Key technologies enabling humanoids at scale
Schaeffler contributes decades of domain expertise across motion systems — from linear and rotary drives to bearings, sensors and intelligent actuators. Technologies originally engineered for automotive and industrial applications are being repurposed for robotic joints and movement systems. Planetary gear actuators for electric mobility now serve in the hips and shoulders of humanoids, illustrating how scalable mechatronic building blocks from mature industries are being adapted to next-generation robotics.
A partnership built for rapid industrial impact
Supported by NTU’s research strength and Singapore’s advanced innovation ecosystem, Schaeffler positions this collaboration as a catalyst for commercial-grade humanoid robotics. The aim is clear: faster development cycles, stronger pathway from lab to factory, and a differentiated capability to scale humanoid systems using existing industrial technology foundations.
www.schaeffler.com
Industrial automation, collaborative robotics, humanoids, automated mobile systems and smart actuation are the core applications driving Schaeffler’s expanded research collaboration with Nanyang Technological University (NTU) in Singapore. The partnership now includes a new 900 sqm laboratory dedicated to robotics and artificial intelligence — an investment designed to accelerate technology transfer from research to commercial deployment.
Why this NTU collaboration matters for humanoid robotics
Humanoid robotics is among the fastest-emerging industrial technologies, and Schaeffler aims to strengthen its position not only as a component supplier but as an active user integrating humanoid systems into global production lines. The company has already entered partnerships with major humanoid robot manufacturers and secured component supply contracts. NTU’s inclusion in the SHARE (Schaeffler Hub for Advanced Research) program extends an international innovation network linking universities and industry, reinforcing Schaeffler’s ambition to become a preferred technology partner in this field.
From research to scalable product development
Joint development work with researchers and students at NTU focuses on collaborative robots and autonomous mobile platforms, ensuring laboratory insights move rapidly into industrial products. This co-development model shortens the route from concept to series-ready solutions by aligning academic advances with real-world industrial scalability. The dedicated development center strengthens interdisciplinary research, enhances Schaeffler’s innovation credibility, and builds a direct pipeline between scientific discovery and deployable robotics technology.
Key technologies enabling humanoids at scale
Schaeffler contributes decades of domain expertise across motion systems — from linear and rotary drives to bearings, sensors and intelligent actuators. Technologies originally engineered for automotive and industrial applications are being repurposed for robotic joints and movement systems. Planetary gear actuators for electric mobility now serve in the hips and shoulders of humanoids, illustrating how scalable mechatronic building blocks from mature industries are being adapted to next-generation robotics.
A partnership built for rapid industrial impact
Supported by NTU’s research strength and Singapore’s advanced innovation ecosystem, Schaeffler positions this collaboration as a catalyst for commercial-grade humanoid robotics. The aim is clear: faster development cycles, stronger pathway from lab to factory, and a differentiated capability to scale humanoid systems using existing industrial technology foundations.
www.schaeffler.com
