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Theodore Hughes-Riley

Dr. Theodore Hughes-Riley

Nottingham Trent University (NTU), Nottingham, England

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Dr Hughes-Riley is an Associate Professor in Electronic Textiles in the Nottingham School of Art and Design, Nottingham Trent University (UK). Dr Hughes-Riley’s career has primarily concentrated on technology development with a strong multidisciplinary focus, exploiting their background in physics and experience with electrical engineering to address challenges in other fields. Dr Hughes-Riley’s current work focuses on the development of electronically active textile (E-textile) devices. Dr Hughes-Riley has an international reputation in the area of E-textiles as demonstrated by invitations to speak at various relevant international conferences, and by having secured significant research funding from both funding agencies and industry to carry out research in this field. Dr Hughes-Riley has authored 40 peer-reviewed journal articles, primarily in the fields of E-textiles and sensors.

Research Keywords & Expertise

smart textiles
solar energy harvestin...
Electronic textiles
Wearable and IoT devic...
Sensing systems

Fingerprints

31%
Electronic textiles
29%
Electronic yarn
8%
solar energy harvesting

Short Biography

Dr Hughes-Riley is an Associate Professor in Electronic Textiles in the Nottingham School of Art and Design, Nottingham Trent University (UK). Dr Hughes-Riley’s career has primarily concentrated on technology development with a strong multidisciplinary focus, exploiting their background in physics and experience with electrical engineering to address challenges in other fields. Dr Hughes-Riley’s current work focuses on the development of electronically active textile (E-textile) devices. Dr Hughes-Riley has an international reputation in the area of E-textiles as demonstrated by invitations to speak at various relevant international conferences, and by having secured significant research funding from both funding agencies and industry to carry out research in this field. Dr Hughes-Riley has authored 40 peer-reviewed journal articles, primarily in the fields of E-textiles and sensors.