Soft Bioelectronics Lab
Welcome
Welcome to the homepage of the Soft Bioelectronics Lab, Department of Robotics and Mechatronics Engineering, at DGIST, South Korea.
We are interested in developing cutting-edge soft electronic devices based on nano/micro materials and applying the devices/systems to various applications such as diagnosis, rehabilitation, sports-biomechanics, brain-machine interfaces, and soft robotics.
Our long-term research vision is to combine wearable/implantable electronics with soft robotics for advancing life of human-beings.
Our lab is always open to you! Please stop by our lab anytime if you want to know more.
Latest News
Grant
One of our research project "Rehabilitation Enhancement using Lubricated Immune Evasive Functional Electronic Suture (RELIEF E-Suture)" supported by NRF has been selected as an 'outstanding' research project. SobiLab이 진행하고 있던 범부처전주기의료기기연구개발사업의 최종평가 결과에서 '우수'과제로 선정되었습니다!
One of our research project "Rehabilitation Enhancement using Lubricated Immune Evasive Functional Electronic Suture (RELIEF E-Suture)" supported by NRF has been selected as an 'outstanding' research project. SobiLab이 진행하고 있던 범부처전주기의료기기연구개발사업의 최종평가 결과에서 '우수'과제로 선정되었습니다!
Feb. 2023
Selected as an outstanding project
Award
During the 2022 DGIF held between November 9-10th, Seohyun, Seonggyu, and Mugeun have won the poster prizes for their posters. Congratulations on receiving the poster award.
During the 2022 DGIF held between November 9-10th, Seohyun, Seonggyu, and Mugeun have won the poster prizes for their posters. Congratulations on receiving the poster award.
The prizes of posters in DGIF 2022 for Seohyun, Seonggyu, and Mugeun
Award
During the 2022 KIM fall held between October 26-28th, Hyeji has won the best poster prize for her poster titled: 'Wearable and Flexible Immunosensor Based on Conductive Fiber for Anti-Mullerian Hormone Monitoring'. Congratulations!
During the 2022 KIM fall held between October 26-28th, Hyeji has won the best poster prize for her poster titled: 'Wearable and Flexible Immunosensor Based on Conductive Fiber for Anti-Mullerian Hormone Monitoring'. Congratulations!
