Department of Robotics and Mechatronics Engineering1,952
Robotics and Mechatronics Engineering is a multidisciplinary field of study that converges core technologies from Mechanical, Electrical, Biomedical, and Computer Science and Engineering. Our research topics ranges from industrial robots to nanotechnology with various applications areas. Of course, our strength also lies on medical applications as well as artificial intelligence.
With aforementioned missions in mind, we are recruiting highly talented students and faculties.
To meet the demand from medical and business sectors, we work closely with both domestic and international research institutes, medical centers, and companies.
For education, we try to develop new courses as the field of robotics and mechatronics engineering rapidly evolving. Besides a large selection of courses, we also support annual scholarships to support students to experience world-class research environments. We truly value the motivation oriented learning and emphasize educating collaborative skills.
Please join us in building the “Next Generation Human-centered Robots”
DGIST Department of Robotics and Mechatronics Engineering Homepage
With aforementioned missions in mind, we are recruiting highly talented students and faculties.
To meet the demand from medical and business sectors, we work closely with both domestic and international research institutes, medical centers, and companies.
For education, we try to develop new courses as the field of robotics and mechatronics engineering rapidly evolving. Besides a large selection of courses, we also support annual scholarships to support students to experience world-class research environments. We truly value the motivation oriented learning and emphasize educating collaborative skills.
Please join us in building the “Next Generation Human-centered Robots”
DGIST Department of Robotics and Mechatronics Engineering Homepage
- Advanced Intelligent Mechatronics and Control Laboratory0
- Advanced Ultrasound Research Laboratory28
- Autonomous Systems and Control Lab33
- Autonomy and Perceptual Robotics Lab3
- Bio Robotics and Mechatronics Laboratory116
- Bio-integrated Robotics Lab2
- Bio-Micro Robotics Lab265
- Cybernetics Laboratory4
- ETC14
- Fluid and Soft Robotics Laboratory5
- Future Electronic Devices Lab33
- Intelligent Bio-Opto Mechatronics Lab69
- Intelligent Imaging and Vision Systems Laboratory91
- Intelligent Nanophotonics Lab43
- Interactive Robot Lab10
- MCL(Motion Control Lab)150
- Medical Image & Signal Processing Lab113
- Mobility Control Laboratory14
- Multiscale Medical Robotics Laboratory108
- Nano Materials and Devices Lab182
- Neural Interfaces & MicroSystems Lab111
- Neuro-Interfaced Robotics Lab41
- Neuro-Machine Interface Lab0
- Next-generation Medical Imaging Lab16
- Personalized Physical AI Lab88
- Physical Intelligent Robotics Laboratory0
- Rehabilitation Robotics Lab1
- REL(Rehabilitation Engineering Laboratory)34
- ROBIN Lab1
- Robotics Design and Manufacturing Laboratory4
- Robotics Engineering Research Center34
- Soft Augmented Intelligence Lab0
- Soft Bioelectronics Lab32
- Surgical Robotics & Augmented Reality Lab109
- Surgical Robotics and Robot Manipulation Lab12
- Theses280
- Wearable Engineering and Assistive Robotics Lab2
Subject
- DESIGN 66
- SYSTEM 51
- FABRICATION 38
- SENSOR 34
- PERFORMANCE 32
- MODEL 26
- NANOPARTICLES 23
- Triboelectric 23
- MICROSCOPY 19
- FILMS 18
Date issued
- 2020 - 2026 1061
- 2010 - 2019 376
Co-Author(s)
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Recent Submissions
- Nut-Driven Transmission Force Controllable Motion Platform for Suppressing Low-Frequency and Impulsive Base Disturbances
- 96-Well Format-Based Liver–Heart-on-a-Chip Platform for Facile and Parallel Testing of Drug-Induced Cardiotoxicity after Liver Metabolism
- Harvesting energy from friction: the revolutionary decade of triboelectric nanogenerators
- Viola seed pod architecture shapes sequential, force-augmented pinching
- Data-Driven Robust Subspace Predictive Control With Embedded Disturbance Observer Structure
