News & Press

Tom Martin Earns Presidential Award for E-Textiles work

Tom Martin has been honored with a national Presidential Early Career Award for Scientists and Engineers (PECASE). Martin is one of 20 researchers whose work is supported by the National Science Foundation (NSF) to receive the PECASE award, which is the highest national honor for researchers in the early stages of their careers. More

E-Textiles Lab on TV news

ECE's E-Textiles Laboratory was featured on WDBJ7 TV evening news on Oct. 5, 2006.

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Mark Jones and Tom Martin

Mark Jones and Tom Martin

Virginia Tech's Research Magazine - Summer 2007

E-textiles: Creating the future’s wearable, washable, potentially life-saving computers. The summer 2007 issue of Virginia Tech's Research Magazine features a cover story on ECE's e-Textiles group.

VT ECE 2007 Annual Report

e-Rug:The e-Textile Laboratory is incorporating electronics into large surface areas, such as rugs and draperies. The rug prototype shown here was made with readily available electronic yarns and is being used as a testbed for tracking human gait. The rug lights up when the sensors are activated and has potential uses such as tracking people in low-visibility situations or directing traffic during evacuations.

VT ECE 2006 Annual Report

"E-Textiles: Woven Computers" Researchers in the e-Textiles laboratory are weaving textiles with embedded wiring, sensors, actuators, and processing elements. Their research includes textiles for health monitoring, monitoring physical therapy, monitoring gait, and sound detection and localization.

VT ECE 2004 Annual Report

"Computer engineers are developing clothes that monitor health: When style and comfort are not enough" Computer engineering professors Mark Jones and Tom Martin are developing clothes that can monitor chronic illness through body temperature, blood pressure, heart rates, breathing and even the way we walk. They dream of garments that can trigger paralyzed limbs to move and that can smooth the motions of patients with Parkinson’s Disease or Multiple Sclerosis. Their team in the department’s e-Textile Laboratory is merging computers and clothing. They are integrating ultra-fine, detergent-proof wiring into the very weave of the fabric and attaching the necessary miniature processors, sensors, and actuators.