Published Electronics Discrete Components Show promise as a disruptive technology which will enable the placement of components smaller than what conventional pick-and-place techniques are capable of today. By North Dakota State University
Published Wearable Technology Wearable Electronics These smart circuit building blocks (SCBB) can be built at low-temperature on glass (SOG) for transparent and low-cost application, as well as on flexible substrates for wearables. By Rutgers University
Published Medical Human Machine Interface Using this method high degree of freedom prosthesis can be controlled using low degree of freedom control signals. By University of Pittsburgh
Published Medical HD Protractor It is intended to be used as a tool by clinicians (prosthetists)during the alignment process and it may be helpful in preventing misalignments and the associated risks in patients. By University of Pittsburgh
Published Medical Adult Diapers Using origami patterns in adult diapers will improve the fit and comfortableness of the diaper by creating selective stiffness and defined curvature to conform to the human body. By Brigham Young University
Published Wearable Technology Wearable Robotic Limb The limb uses Artificial Intelligence and machine learning to understand what the user wants it to do and how to perform the required tasks in a changing environment By Georgia Institute of Technology
Published Medical Lightweight Sensor Material The auxetic structure improves sensor performance compared to regular substrate. By Florida State University
Published Engineering Magnetic Supercapacitors High power density, short charge/discharge times and long cycle life. By University of Alabama
Published Medical Aquapore Moisture Reduction Aquapore Tissue Interface is a prosthetic liner which actively transports moisture out of the prosthetic limb by using new biomaterials andvacuum pumps. By University of Pittsburgh
Published Wearable Technology accelMOTION injury prevention Offering a wearable device controlled through a mobile platform that uses evidence-based methods to customize training to your biomechanics on the playing field. By University of Pittsburgh
Published Medical GaitSmart GaitSmart measures the kinematics of walking, enabling identification of deficiencies in movement. It can help with diagnosis of hip and knee osteoarthritis and risk of falling. By Diana Hodgins
