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Smart Machine·Robot R&D Division

Robotics is one of the most popular technologies in the era of the 4th industrial revolution, and has become the key to lead the global industry. Furthermore, its application has widely spread to the whole industry serving as a high-added value platform to address social issues and innovate production. The Smart Machine·Robot R&D division is mainly conducting research on robot technologies such as intelligence, motion, components(motor, sensor, controller), and platform, etc. We are also focusing on development of technologies of high-efficiency power conversion system (inverter, converter), and of power modules for next-generation mobility such as EV(Electric Vehicle) and PAV(Personal Air Vehicle) represented by the technological shift to electrification. We will make continued effort to create future values for businesses.

Rhyu, Se-hyun, Vice President of Smart Machine·Robot R&D Division

Intelligent Robotics Research Center

  • Robotics based service technology
  • Industrial and service robot system technology
  • Robotic application evaluation and technical support
  • Intrinsic robot technology such as mobility, manipulation and teleoperation
  • Advanced robot intelligence technology including perception, decision, action and HRI
  • Cloud Robotics and RIoT (Robot IoT) technology
  • Robot motion and process control technology
  • Robot actuator, sensor, control module technology
  • Precision mechanical parts technology such as robot reducer
  • Robot convergence components evaluation and technical support

Intelligent Mechatronics Research Center

  • High-power design technology for electric propulsion module of future mobility
  • High-efficiency and high-precision industrial electric machine design technology
  • Electrification based power transmission advanced design technology
  • Electromagnetic field/structure/thermal coupling analysis and design technology
  • Smart fluid machinery design technology
  • Energy/Environment/Safety related flow system control technology
  • Multi-physics based active heat dissipation design technology

Power System Research Center

  • Ultra-high-density and high-efficiency power electronics solution using WBG semiconductors
  • Power electronics technology for electric power train of Future Mobility
  • Power electronics technology for renewable energy and ESS systems
  • High performance motor control technology based on real time multi-processing
  • Smart power control based on power system stabilization technology