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Innovative University Changing the World through Convergence

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Research Departments

Division of Intelligent Robot

Build a Safe and Convenient Welfare State Where Humans and Robots Exist Side by Side

Division of Intelligent Robot pursues excellence in research through differentiation of technology and securing of leading edge technology. We also play a key role in making regional strategic industries increase their competitiveness in the global market through steady commercialization of our existing technology. Our ultimate goal is to contribute to build a welfare state where humans and robots exist side by side as a flagship research center.

For the branding of DGIST’s robot, we conduct R&D focusing on the fields that aligns with DGIST's core research fields and the promotion plan of regional strategic industries. In other words, develop intelligent components, modules, and service technology that can be common differentiated solutions by selecting the fields of smart health, active rehabilitation, and smart factory as priority areas for both key R&D and technology commercialization.

Our key role is to resolve national and global issues through convergence research and differentiated application research of core robot technology and intelligent sensor technology.

Research Goals
  • To Establish The Center as a Role Model for Technology Commercialization
  • To Be Selected as a Globally Competitive Flagship Center
  • To Lead The Core and Differentiated Technology of Collaborative Robotics
Major Research Fields & Contents

Rehabilitation Robot and Collaborative Robot

  • Active rehabilitation and Smart Healthcare robot
  • Development of core technology, components, modules for collaborative robots

Human Cognitive and Physical Augmentation

  • Human cognitive mechanism analysis and augmentation technology research
  • Human musculoskeletal motion analysis and muscle assistance technology research

Intelligent Sensors

  • Intelligent radar system
  • Super-resolution/AESA radar signal processing technology
  • Image processing and optical sensors including medical image sensors

Complex Information Processing Platform based on Life-log

  • Life-log Processing of Human/Robot/IoT Devices; storage, representation, intellectualization, analysis, etc.
  • Data-driven Personalized Coaching Service

Development of Bottleneck Breaking Technology for Regional Strategic Industries

  • Development of human-robot collaborative technology to implement smart factory; production logistics, process automation
  • Development of bottleneck breaking technology for technology-invested startups
Tae Hun Kang