IF: 41.72025
Wearable blood pressure sensors for cardiovascular monitoring and machine learning algorithms for blood pressure estimation
S. Min, J. An, J. Lee, et al.
Nature Reviews Cardiology, 22, 629
KAIST Department of Materials Science & Engineering
Human
Augmentation
Nano Device
Developing Human Augmentation Technologies based on Soft Electronics for the harmonic coexistence of natural human and new humanity.
200+
Publications
$13M
ERC Funding
50+
Lab Members
HAND
LAB
Research Areas
We focus on three main research areas to develop human augmentation technologies
Human Augmented Sensor
We develop advanced sensors that augment human sensory capabilities, including acoustic, tactile, and ultrasonic sensing technologies. Our research fo...
Auditory SensorsTactile SensorsUltrasonic Sensors
Neuromorphic AI
Our neuromorphic research aims to develop brain-inspired computing systems using memristive devices. We focus on creating hardware implementations of ...
Neuromorphic ComputingAI-assisted Skin SensorAI-Brain Interface
Human Electronics
We pioneer the development of soft, flexible electronics that can conform to the human body. Our research encompasses bio-integrated devices, therapeu...
Bio-integrated Soft ElectronicsAugmented OptoelectronicsLaser-induced Electronics
Featured Publications
Recent high-impact papers from our lab
IF: 27.42025
Deeply Implantable, Shape-Morphing, 3D MicroLEDs for Pancreatic Cancer Therapy
J. Lee, C. Lee, M. Kim, et al.
Advanced Materials, 37, 2411494
IF: 27.42024
Clinical Validation of Face-fit Surface-lighting micro LED Mask for Skin Anti-aging Treatment
M. Kim, J. An, J. Lee, et al.
Advanced Materials, 36, 2411651
IF: 322023
Clinical Validation of Wearable Piezoelectric Blood Pressure Sensor for Continuous Health Monitoring
S. Min, D. Kim, D. Joe, et al.
Advanced Materials, 35, 2301627
Global Bio-integrated Materials Center
HAND Lab is selected as an Engineering Research Center (ERC) with $13 million funding over 7 years. Our center, Global Bio-integrated Materials Center (GBMC), focuses on developing next-generation bio-integrated materials and devices for human augmentation.
ERC Funding
$13M over 7 years
Collaborative Research
Multi-institutional partnerships
GBMC
Global Bio-integrated Materials Center
Join Our Research Team
We are always looking for passionate researchers to join our lab. Explore opportunities to work on cutting-edge human augmentation technologies.