How one participant combined coding and crocheting

How one participant combined coding and crocheting to create an interactive artwork connecting physical making with computation. Rather than treating yarn as decoration, the project uses crochet structures as an interface: loops, tension and changing shapes become inputs that software can interpret.

The work appears within ITP 30 Show, an online showcase of experimental art, design, technology and media created by participants connected with NYU’s Interactive Telecommunications Program. Project descriptions, author credits, event information and RSVP details give audiences a way to explore both the finished work and the thinking behind it.

Building an interface from fibre

Crochet offers a system of repeatable forms, yet every handmade piece carries small variations. The participant begins with this relationship between pattern and physical execution. A planned sequence of stitches provides the underlying logic, while the maker’s movements introduce subtle differences in size, placement and tension.

Those differences become useful data. The crochet structure is translated into software rules, allowing changes in the textile to drive behaviour on a screen. Stitches can function as instructions, states or gestures rather than remaining a static surface.

This approach brings physical computing into a tactile art practice. The machine receives information, but it does not conceal the evidence of the hand. Crochet remains visibly present while code extends, interprets or disrupts what the maker has formed.

Live conditions shape digital outcomes

Interactive systems often become more compelling when their behaviour changes with their surroundings. The show journal’s account of a weather-based installation demonstrates how environmental information can become part of an artwork’s material.

That sensitivity to live conditions resonates strongly in Australia, where a single afternoon can bring sunshine, wind and rain. Sydney’s coastal humidity, Melbourne’s sudden temperature shifts and summer storms across the country give local weather an unusually visible presence. Bureau of Meteorology forecasts can also provide an accessible source of public data for experiments.

The crochet-and-code project shares this interest in responsiveness without requiring identical technology. Its central idea is that input can be embodied: a material condition, rather than a conventional button, determines what happens next.

Translation as an artistic method

Translation appears throughout the ITP showcase. A project documented through sign-language translation converts communication into text, making invisible or embodied language available through another medium.

That comparison clarifies the crochet work as well. Yarn becomes a coded language, while software carries that language into a different system. The process involves loss and interpretation: a tactile loop becomes a value, an image, a sound or an action.

For Australian audiences, Auslan provides an important local reference. It is distinct from British Sign Language and other sign languages, and the presence of Deaf communities in Sydney, Melbourne, Brisbane and other cities makes accessible digital translation a significant creative concern. Any prototype should be developed with relevant communities rather than treating language as a convenient visual dataset.

Imperfection becomes expressive material

The relationship between handmade work and machine behaviour also raises questions about error. A dropped stitch, an uneven edge or a delayed response can expose how a system operates. Instead of removing every irregularity, the participant allows those moments to affect the digital outcome.

The show’s examination of glitch-art aesthetics offers a useful parallel. Glitch art treats malfunction as visible material, revealing the rules and limits of code.

Crochet can make the same point through its physical structure. Repetition never produces two identical objects, and software interpretation introduces its own delays, limits and mistakes. The resulting artwork occupies a space between deliberate design and productive failure.

Bringing the experiment into Australian settings

Adapting the project locally involves more than replacing one component with an Australian alternative. It requires considering climate, materials, accessibility, community habits and the country’s mixed culture of independent makers, public institutions and small creative businesses.

Australian op shops and independent wool stores provide accessible materials for a fibre-based prototype. Makers can also find electronic components, conductive thread and microcontroller boards through local suppliers or specialist online retailers. Using reclaimed yarn reduces waste while giving each sensor attachment a distinctive surface.

Privacy and participation deserve attention before installation. If cameras, microphones or movement sensors collect information, visitors should understand what is recorded, how long it is stored and whether it leaves the device. A local-first system can keep processing close to the textile and reduce unnecessary data collection.

Materials for an Australian prototype

Community routes for testing the work

Explore the work and join the online show

Visit the ITP 30 Show online to examine the participant’s project, read the listed credits and discover how the crochet structure interacts with the coded system. The broader showcase includes experiments in weather, translation and glitch aesthetics, giving this textile work a rich context within contemporary interactive media.

The site also provides event information and RSVP details for online programmes, along with related resources such as ITP’s scholarship and census. Explore the project pages, share the showcase with a fellow maker, and use the available event information to join the next online presentation.