WISH Center’s Research Areas
Bringing together Georgia Tech expertise in electronics, materials, systems, data, and medical science to push the forefront of bioelectronics and human-interface technologies.
Electronics
WISH Center’s innovation is on cutting-edge electronic system research. This is dedicated to the development of not only flexible, miniaturized, and reliable systems but also user-friendly, wireless, and real-time remote connection platforms. These components are the fundamentals of WISH. By pushing the boundaries of electronic design, the center is paving the way for devices that can monitor health metrics with unparalleled accuracy, all while integrating seamlessly into the user’s daily life.
Artificial Intelligence
The AI domain at the WISH center is a vibrant confluence of computational intelligence and human-centric research. By harnessing the vast capabilities of deep learning, neural networks, and adaptive algorithms, the center is crafting systems that can process and interpret the vast complexity of human patterns. From deciphering neural activity to understanding subtle behavioral cues, AI-driven systems at the center are poised to revolutionize how electronic interfaces anticipate, adapt to, and enhance human experiences.
Biological Science
Biological science offers a comprehensive exploration of the intricate dance between life sciences and electronic interfaces. Researchers are delving deep into cellular dynamics, protein interactions, and genomic responses that occur when electronic systems interface with human tissues. This deep dive ensures a profound understanding of biocompatibility, optimizing electronic interfaces to not only monitor but also potentially influence biological processes in a harmonious manner.
Material Science
Material science research is at the cutting edge of nanotechnology and material chemistry. Researchers are focused on developing advanced materials including multi-functional, and biocompatible materials that can withstand the challenges of human interaction. The aim is to create materials that offer efficient signal transmission, environmental resilience, and long-term durability, all while ensuring user comfort and safety.
System Design
Mechanical system design at the WISH center is deeply rooted in biomechanics and human ergonomics. Researchers analyze human kinematics, movement patterns, and force dynamics to design electronic systems that move and adapt in harmony with the human body. The goal is to ensure that these systems can respond to various human activities, from subtle gestures to dynamic movements, without causing mechanical strain or discomfort.
Advanced Manufacturing
Advanced manufacturing is a blend of microfabrication and scalable production methodologies with a wide range of advanced materials. Researchers explore techniques including nanolithography, 3D printing, and precision assembly to ensure that innovations in human-related electronic systems are consistently reproducible. These efforts always offer great opportunities to experience pathways for next-generation systems.
Medical Engineering
Medical 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. This involves in-depth biocompatibility assessments, clinical trials, and iterative validation studies. The end goal is to ensure that these systems not only meet medical standards but also enhance patient outcomes and healthcare.
