BSL
bioelectronics & sensor lab
Our laboratory is dedicated to researching bio-electronic convergence technology with the goal of making a positive impact on the world. We have a highly skilled team of engineers specializing in electrical engineering (EE), materials science and engineering (MSE), mechanical engineering (ME), and bioengineering. Our research is focused on both hardware, including materials and devices, and software technologies like artificial intelligence (AI).
Our primary objective is to develop an affordable and user-friendly "high sensitivity diagnosis system" that can be utilized in real-world settings. Currently, we are working diligently to create a smart sample preparation and detection system that can rapidly and accurately diagnose infectious diseases such as COVID-19 at the point of care. In addition, we are developing deep learning technology to enable the AI to assist with diagnostics autonomously.
세상을 조금더 이롭게 하는 바이오-전자 융합기술을 연구하고 있습니다. 공동의 목표를 위해 엔지니어들과 바이오공학자들이 함께 일하고 있습니다. 저희 연구실은 소재/소자 등의 하드웨어 연구 및 AI 등의 소프트웨어 기술을 함께 연구하고 있으며, 이를 통해 현장에서 사용가능한 싸고 간편한 "고민감도 진단 시스템"을 구현하는데 그 목표를 두고 있습니다.
최근에는 COVID-19과 같은 감염병을 현장에서 쉽고,빠르고 간단하게 진단할수 있는 스마트 필터 시스템과 AI가 스스로 진단 결과를 판별해주는 AI 스마트폰 핵심 기술 개발에 매진하고 있습니다.
Sensor & Sensitivity
amplifier &
biologics
Smartphone &
AI-assistance
We are currently conducting four research studies, which are outlined below:
1) POCT diagnostics: High-sensitivity filter system that utilizes bio-hybrid materials and nanofluidic functions.
2) AI-assisted diagnostics: Creating smartphone-based diagnostic technology that incorporates artificial intelligence (AI).
3) Precision medicine: Developing tools for personalized medicine targeting for CtDNA and exsomes.
4) Micro & nanosensor: Exploring innovative sensing technology using micro/nano technology.
Our team is dedicated to advancing these areas of research and working towards developing new and innovative solutions.
Please click on the images below to connect to videos related to each topic.
우리는 아래와 같이 4가지의 연구를 진행하고 있습니다. 1) 현장진단: 생체 하이브리드 소재 및 나노유체 기반 고민감도 필터시스템 및 농축/증폭 시스템을 활용한 고감도 현장진단 기술, 2) AI를 활용한 스마트폰/바이오진단 기술: 세계인구의 80%에 해당하는 60억의 인구가 사용중인 스마트폰을 활용하는 진단기술, 특히 딥러닝 기술을 활용한 민감하고 정확한 초고감도 진단기술 , 3) 정밀의료: CtDNA혹은 엑소좀 등과 같은 개인화된 정밀의료 마커 발굴, 4) 마이크로/나노기술 이용한 센싱 기술: 미세먼지 감지, 환경 모니터링, 초고감도 압력센서, 신소재를 적용한 고민감 자기센서/전류센서, 전자마이크로/나노 캔틸레버, 고감도 전자코 등의 새로운 센서 기술 연구를 진행중입니다.
아래 이미지를 클릭하면 관련 동영상으로 연결됩니다.
POCT diagnostics
We are dedicated to utilizing bio-hybrid materials, devices, and systems that enable highly efficient separation and concentration of biomolecules. Our current research is focused on developing sample preparation technology capable of providing PCR-level sensitivity for on-site diagnosis. We are also exploring the potential of nanofluidic technology to develop nanoelectrokinetic pre-amplifying technology for these applications.
Our ultimate goal is to create highly efficient and effective diagnostic tools that can enhance healthcare outcomes. Through our research efforts, we strive to advance the field of bioengineering and contribute to the development of cutting-edge technologies that can be used to drive progress and innovation worldwide.
AI-assisted diagnostics
We are excited to propose a groundbreaking technology that has the potential to significantly improve diagnostic capabilities through the use of AI. Our technology enables field diagnosis using only a smartphone or image analysis, without the need for external devices or equipment.
Currently, we have developed a technology that can provide highly accurate diagnosis results for COVID-19, without the use of an external cradle device. This technology outperforms even expert diagnosis accuracy. In the future, we plan to continue our research efforts to advance the field of healthcare through the development of deep learning, machine learning, and algorithms related to biodiagnosis.
Our ultimate aim is to set a major milestone in the healthcare industry by providing affordable and accessible diagnostic solutions that can benefit people all over the world. We are committed to utilizing the latest advancements in technology to drive progress and improve quality of life for all.
precision
medicine
The development of highly sensitive and reliable rapid diagnostic technology is of utmost importance. Our research is currently focused on field-type diagnostic technologies that enable high sensitivity and quantitative analysis.
In addition to our diagnostic technology research, we are also developing systems that can facilitate the implementation of precision medicine. We plan to further our research in the area of diagnostic technologies such as exosomes, by combining our existing materials and AI technologies.
Our goal is to provide innovative solutions that can significantly improve diagnostic capabilities and healthcare outcomes. We believe that by leveraging the latest advancements in technology, we can drive progress and positively impact the lives of people worldwide.
micro & nano nanosensor
Our research is focused on engineering using nano/micro technology, similar to the concept of micro-nanomachines moving within the body. Specifically, we are conducting research on high-sensitivity electrical sensors that utilize external FET gates, as well as one-dimensional and two-dimensional micro/nano sensors. We are also investigating the physical phenomena related to nano/micro technologies and exploring nanosensor/process technology utilizing semiconductor technology.
Currently, we are actively researching the application of AI to the electrical and optical signals of nanosensors. Our ultimate goal is to leverage these technologies to develop innovative solutions that can improve healthcare outcomes and benefit society as a whole.
We believe that by staying at the forefront of technological advancements, we can make significant strides towards advancing the field of bioengineering.
collaboration &
joint research
Our laboratory recognizes the value of collaboration and actively engages in joint research efforts with hospitals and other research institutes. We have established significant collaborations with renowned institutions including Seoul St. Mary's Hospital, Seoul National University College of Dentistry, Korea University Anam Hospital, and Yonsei University Severance Hospital.
Additionally, we are conducting joint research with esteemed professors from Yonsei University, Korea University, Kwangwoon University, and KAIST, as well as with researchers from MIT.
Furthermore, we are committed to expanding our network of collaborative partners and engaging in technical exchanges with prestigious research institutes such as Harvard Medical School and KIST, as well as other overseas research institutions.
Currently, we are actively involved in the research and development of mobile diagnostic devices through our collaborations with Electronic and bio companies. Through our collaborative efforts, we aim to develop cutting-edge technologies that can significantly enhance healthcare.
-----------------------------------------------------------------------------------
저희 실험실은 병원-학교-연구소등과의 협업을 통한 연구를 진행하고 있습니다. 주요 협업은 서울성모병원, 서울대 치과대학, 고려대 안암병원, 연세대 세브란스 병원 등과 진행중이며, 연세대, 고려대, 광운대, 카이스트 교수님들과 공동연구를 진행중입니다. 또한 MIT. 하버드의대, KIST 등의 연구소, 해외 연구기관과 공동연구 및 기술적 교류를 진행중입니다. 현재 S전자, 다수 바이오기업 등과 협업을 통해 모바일 진단기기 연구개발 진행중입니다.
병원과의
협업
연구소와의
협업
학교와의
협업