Revision as of 15:07, 30 October 2023

Shih Wei-Chieh (Taipei, Taiwan) Hacker residency documentation- 11. September - 1. November 2023

Shih Wei Chieh, aka Abao with labcoat.

Abao Doctor Blade in Bitwascherei.

施惟捷 Shih Wei Chieh works with wearable art, e-textile, and laser audiovisual. He is also a self-taught material science researcher. His "Laser Dye Project" innovates an optical textile printing method by programmable laser projector and New Cyanotype solution, which inspire him to explore the trans-disciplinary collaboration between new medias and traditional craft techniques. He’s the founder of “Tribe Against Machine”, a project exploring how culture preservation works with modern technologies. His current research develops a DIY dye sensitized solar glass made with natural dye in a large size format, which is used for both energy and as a smart interface for sonic art.

The amusing title of this residency stems from the substantial involvement of the Doctor blade in DIY coating experiments, marking the outset of Shih Wei Chieh's first year of phd programe at Yang Ming Chiao Tung University in Taiwan. The primary objective of the residency was to identify substitutes for FTO glass in order to develop a transparent film substrate. Although the goal was not achieved during the 7-weeks residency, various parameters were meticulously documented, including low-temperature sintering for TiO2 photo-electrodes and high-temperature sintering for TiO2-electrodes on mineral fibers. These details can be found in the "Residency Research Documentations" section.

Residency research documentations

1. Guava seeds synthesized silver nanowires
2. RISO PRINT GOCCO LAMP sintered silver nanowires
3. Low temperature sintered TiO2 porous layer
4. Photonics and CMOS
5. Conductive thin coating made of AgNWs
6. Mineral fiber based TiO2 photo-electrode in DSSC
7. DSSC photophone with AI sound effects for laser projection

Earlier Activities with Hackteria

1. Non-governmental Matters (NGM) booklet
2. HLabX Programme
3. Abao in GaudiLabs micro-Residency
4. HLabX Jogja Meeting
5. HLabX_Fellows#HLabX_Fellow_Shih_Wei_Chieh
6. Wormolution - Hackteria Temporary Autonomous Laboratory at 1000 Ecologies, Geneva
7. Application to NanoArts grant done / not received :-(: https://www.hackteria.org/wiki/Prep-NanoArts
8. Now combined with Workshop at Energy Giveaway @ WEAREAIA, to be held on 22/23 September 2023 and the existing Hacker-in-Residence Programme by SGMK and Hackteria Open Science Lab @ Bitwäscherei, Zürich.

Residency logs

12.September - 16.September Co-Mentoring project Week Medizintechnik DIY

Shih Wei Chieh was developing real-time face tracking laser projection during the Medizintechnik DIY workshop.

"Das Modul verbindet Anwendungen der Medizintechnik mit Do It Yourself (DIY) Ansätzen. Dadurch wird das tiefere Verständnis von Medizintechnischen Geräten durch einen direkten, interdisziplinären und möglichst selbstgesteuerten Zugang gefördert. Basierend auf verschiedenen elektrophysiologischen Messmodulen (EMG, EKG, EOG, EEG) entwickeln die Studierenden im Team Ideen für innovative Projekte. Erste Prototypen werden mit den Mitteln der Digitalen Fabrikation hergestellt und getestet."

23.September - 24.September Loose Energy Curriculum: Grow your own solar cell at AIA Space, Löwenbräukunst Areal

Grow Your Own Solar Cell: Energy crafting with 施 惟 捷 Shih Wei Chieh, Maya Minder, Wiriya Rattanasuwan, TITiPI (Femke Snelting, Martino Morandi) and Regenerative Energy Communities (REC) The workshop is part of the Loose Energy Curriculum at the Humuspunk library curated by Regenerative Energy Communities and in collaboration with Hackteria, SGMK, The Institute of Experimental Design and Media Culture Basel (IXDM), Academy of Art and Design and Design+Change LNU. In this workshop, a greenhouse project in Tibet was introduced by Wiriya Rattanasuwan remotely. And a basic protocol of dye sensitized solar cell was introduced to the participants. See description on AIA website.

Loose Energy Curriculum: Grow your own solar cell workshop poster made by Miranda Moss.