OUR
PROJECTS

Development of Soft Sensor Built-in Cloth-type Hybrid Driver and Apparel Robot Technology for Assisting Workers in the Industry, Korea Disease Control and Prevention Agency, PI.

 

Development of Textile Circuit Kits for Smart Clothing and Wearable Robots, KU, PI.

 

Development of Wearable Robot Platforms and Modularization of Fabric Components, KU, PI.

 

Development of Fundamental Core Technology of Smart Garment for Physical Optimization, National Research of Foundation of Korea, Researcher.

 

Development of Shape Deformable Textile-based Actuators and Clothing–type Wearable Soft Robots for Patients and Elderly with Movement Disabilities, National Research of Foundation of Korea, PI.

 

Development of Police T-shirt Uniforms for Comforts, National Police Agency, PI.

 

Development of Wearable Technology and Smart Clothing for Transformation and Self-Monitoring, KU, PI.

 

Development of Self-Transformable Smart Clothing for People with Movement Disorders, UC Davis Award for Innovation and Creative Vision, PI

 

Development of E-Textiles and Wearable Products based on Electron Inks, Electroninks, Inc. Materials and product kits supports and student internships, PI.

 

Development of Transformable Smart Clothing for People with Body Movement Disabilities, Small Grant-in Aid, UC Davis, PI

 

Residency in Medialab-Prado, Madrid, Spain. Spain, PI.

 

Academic Senate Faculty Research Grants, New Research Initiative, UC Davis, Co-PI.

 

Designing Wearable Technology for Autism Spectrum Disorders, DHI Fellowship-Creative Arts Fellows, UC Davis, PI.

 

Critical Wearable Computer, ModLab Grant, UC Davis, Co-PI.

 

Development of Fabric-based Wearable Monitoring Systems for Autism Spectrum Disorders, Hellman Fellowship, UC Davis, PI.

 

Biomotion Visibility Aids: 3D Eye-Tracking Analysis of Bicyclist Clothing at Night, Provost Undergraduate Fellowship (PUF) Award, Advisor.

 

Development and Evaluation of Wearable Sensors for Smart Health Monitoring, Intramural Grants Program-Level III, Office of the Vice President for Research, AU, Co-PI.

 

Development of Board Shorts with Waterproof Pockets, uGoWear, Co-PI.

 

Surface Plasmonic Resonance Effects of Doped ZnO on Light Extraction Efficiency in OLEDs. Korea Institution Industrial Technology, Co-PI.

 

Development of Functional Leisurewear and Branding, uGoWear, Co-PI.

 

Development of Protective Gloves. PMT Publishing, Co-PI.

 

Lighted Recycled T-shirt Rain, Northern Spark, Science Museum of Minnesota, PI.