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Since 2008 I’ve been devoting my time to the invention, design and construction of responsive and emotive wearable technology, e-textiles and interactive installations. My current research includes the investigation of machine learning for wearables and e-textiles, and exploring TinyML and TensorFlow Lite for embedded systems.
For my Computing PhD, I investigated the possibility that wearable technology can be used to create new forms of non-verbal communication, using physiological data. In particular how physiological data can be drawn from the body and amplified and broadcast to those around and interacting with the wearer for use in social and formal situations, but also for meditation and monitoring productivity. My research also surveys potential wearers of these artifacts for their feedback and opinions on the aesthetics and functionality of emotive wearables, as well as views on wearing technology such as privacy and ethics.
Previous to my computing PhD, I studied electronics engineering, programming, fine art and design, which has led to my work developing as a convergence of programming, electronics, UX and design. I have presented and exhibited my work extensively in the UK at first-tier conferences such as CHI, ISWC/UbiComp and QCon and museums such as the V&A, and internationally, in Amsterdam (Quantified Self), Ghent (MIAT), Heidelberg (Kongresshaus Stadthalle), Geneva (CERN), Zurich (ETH), New York (NY Digital Salon/Maker Faire), Seattle (Museum of Pop Culture/Quantified Self), Redmond (Microsoft), Singapore (Suntec Centre) and Osaka (Grand Front Theatre). In 2014, I was selected for a Convocation Trust Student Entrepreneur Award and in October 2015, I was a finalist in EPSRC’s UK ICT Pioneers Competition. My Baroesque Barometric Skirt was featured in the September 2014, New Scientist Magazine.
For my Computing PhD, I investigated the possibility that wearable technology can be used to create new forms of non-verbal communication, using physiological data. In particular how physiological data can be drawn from the body and amplified and broadcast to those around and interacting with the wearer for use in social and formal situations, but also for meditation and monitoring productivity. My research also surveys potential wearers of these artifacts for their feedback and opinions on the aesthetics and functionality of emotive wearables, as well as views on wearing technology such as privacy and ethics.
Previous to my computing PhD, I studied electronics engineering, programming, fine art and design, which has led to my work developing as a convergence of programming, electronics, UX and design. I have presented and exhibited my work extensively in the UK at first-tier conferences such as CHI, ISWC/UbiComp and QCon and museums such as the V&A, and internationally, in Amsterdam (Quantified Self), Ghent (MIAT), Heidelberg (Kongresshaus Stadthalle), Geneva (CERN), Zurich (ETH), New York (NY Digital Salon/Maker Faire), Seattle (Museum of Pop Culture/Quantified Self), Redmond (Microsoft), Singapore (Suntec Centre) and Osaka (Grand Front Theatre). In 2014, I was selected for a Convocation Trust Student Entrepreneur Award and in October 2015, I was a finalist in EPSRC’s UK ICT Pioneers Competition. My Baroesque Barometric Skirt was featured in the September 2014, New Scientist Magazine.
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IWSC'21: PROCEEDINGS OF THE 2021 ACM INTERNATIONAL SYMPOSIUM ON WEARABLE COMPUTERSpp.162-165, (2021)
Sheila Pinkel,Jennifer (Juniper) Harrower, Janna Ahrndt,Rain Ashford,Kristin Carlson, Kathleen Deck,Mario Duarte, Lucie Lederhendler, Joo Yun Lee,Louise Mackenzie, Giusy Pirrotta, Sanjay Sahota,
user-607cde9d4c775e0497f57189(2019)
user-607cde9d4c775e0497f57189(2018)
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Proceedings of the 2016 ACM International Joint Conference on Pervasive and Ubiquitous Computing: Adjunct (2016)
UbiComp '16: The 2016 ACM International Joint Conference on Pervasive and Ubiquitous Computing
Heidelberg
Germany
September, 2016pp.446-451, (2016)
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