|
|
# 2022 Heat-sync |
|
Limited battery power in smartwatches reduces their efficacy when sometimes our requirement for them to be functioning is crucial.
Heat-sync utilises thermoelectric technology to create an autonomous stable power supply by converting body heat into electrical energy. The device works by transforming the temperature differences between two axes: the heat from the wrist and the stainless-steel case as a heat sink. The greater the differences, the more power can be generated, reducing energy burden, whilst providing a quality display.
I am an industrial designer from Hong Kong, currently based in London. I have experience working on diverse projects, ranging from tableware to consumer electronics. In 2021, I completed my Master in Product Design at Ecole cantonale d'art de Lausanne (ecal) in Switzerland. My work considers how objects can influence the environment, our feelings, and our connection with others, bringing happiness to people through design and valuing detail and aesthetics. more
Portfolio LinkedIn Instagram
Université PSL (Paris Sciences & Lettres)
Aerodynamic, fuel-saving bow attachment for container ships
Solution to generate energy whilst capturing carbon
