top of page
Material.jpg
Biomedical.jpg

Biomedical Sensors

Biomedical engineering bridges the gap between benchtop research and clinical application. Collaborative efforts with clinicians and biomedical experts ensure that electronic systems are validated for therapeutic and diagnostic applications.  

177152_web.jpg

Bioelectronics

​Bioelectronics can transduce biochemical reactions and interactions between living organisms and metabolites into measurable signals. Our bioelectronics systems offer rapid, accurate, and reliable assessments, facilitating a comprehensive understanding of biological profiling in various applications.

Biology.jpg

Soft Robotics

Soft robotics combines insights from multiple engineering disciplines, such as mechanical engineering, material science, and biology, to develop reliable, human-centered sensors and actuators for soft robots. These innovations are crucial for creating flexible, safe, wearable devices for medical rehabilitation and sports performance enhancement.

Electronics.jpg

Soft Packaging

The development of soft and flexible electronics is a key element in advanced healthcare devices. Flexible electronics have expanded the mechanical advantages of conformal contacts with complex surfaces and reduced the mechanical mismatch between human and device interfaces. 

Manufacturing.jpg

Biomanufacturing

Advanced manufacturing blends microfabrication and scalable production with a wide range of advanced materials. Researchers explore techniques such as 3D printing and precision assembly to ensure that innovations in human-related electronic systems are consistently reproducible.

Material.jpg

Materials Engineering

Material science research is at the cutting edge of nanotechnology and material chemistry. Researchers are focused on developing advanced materials, including multifunctional and biocompatible materials, that can withstand the challenges of human interaction. 

Research Sponsors

  • NIH NICHD

  • NIH NIBIB

  • NIH NINDS

  • Electronics and Telecommunications Research Institute 

  • Global Center for Medical Innovation

  • Air Force Research Lab (AFRL)

  • CHOA Pediatric Technology Center

  • Army Research Lab (ARL)

  • Georgia Tech GVU Center

  • National Aeronautics and Space Administration (NASA)

  • Bill & Melinda Gates Foundation

  • Department of Defense (DoD)

  • Alzheimer’s Association (AA)

  • Georgia Research Alliance (GRA)

  • National Research Foundation of Korea

  • Woodbridge Foundation

  • Advanced Technologies

  • Korea Institute of Industrial Technology

  • The Imlay Foundation

  • Marcus Center for Cell Manufacturing 

  • NSF ECCS

  • NSF NRI

  • NSF ERC Cell Manufacturing Technologies

  • Hanwha Solutions

  • Biolocity Fund

  • Centers for Disease Control and Prevention (CDC)

  • Shriners Hospitals for Children

  • American Heart Association (AHA)

  • Yonsei University, Korea

  • Hanwha Q Cells

  • Hanvit Power

  • Samsung GRO

  • Korea Institute Advancement of Technology

  • Alzheimer’s Disease Research Center 

  • Children’s Healthcare of Atlanta 

  • Samsung Advanced Institute of Technology

  • Georgia Tech IEN

  • Jeffress Trust Medical Foundation

  • CooperVision, Inc.

  • Medarva Research  Foundation 

  • Virginia Center for Innovative Technology

  • Korea Institute of Materials Science

bottom of page