Neo-TCH 1.3

Wearable tech to build a tactile, experimental, and performative installation piece.

Overview

Post-pandemic speculative study: Using tactile wearables and conductive materials to foster human interaction and curiosity through social, soft-material design.

My Solution

Soft-sensor intervention fostering human connection through speculative design, tactile curiosity, and material-led social interaction.

Product

Wearable tech garments

Skills

Storytelling
Circuit Development
Testing

My Role

Creative technologist

Timeline

7 Weeks, May 2022

Team

Krithi Nalla, Tanvi Mishra

Impact

Book feature

Make: Wearable Electronics: Design, prototype, and wear your own interactive garments

NYC Gallery Exhibition

2024 enter here_, Grace Exhibition Space, New York

95%+

Consistency in sensor triggering post-insulation application.

Neo-TCH 1.3

Wearable tech to build a tactile, experimental, and performative installation piece.

Overview

Post-pandemic speculative study: Using tactile wearables and conductive materials to foster human interaction and curiosity through social, soft-material design.

My Solution

Soft-sensor intervention fostering human connection through speculative design, tactile curiosity, and material-led social interaction.

Product

Wearable tech garments

Skills

Storytelling
Circuit Development
Testing

My Role

Creative technologist

Timeline

7 Weeks, May 2022

Team

Krithi Nalla, Tanvi Mishra

Impact

Book feature

Make: Wearable Electronics: Design, prototype, and wear your own interactive garments

NYC Gallery Exhibition

2024 enter here_, Grace Exhibition Space, New York

95%+

Consistency in sensor triggering post-insulation application.

Final Product

Features

Product features and functions

Encouraging interaction using curiosity

Soft intervention models to strengthen connection through curiosity

Feature #1

Stroke Sensor

Conductive thread embedded in fluffy yarn to encourage the act of stroking

Feature #1

Stroke Sensor

Conductive thread embedded in fluffy yarn to encourage the act of stroking

Feature #2

Yarn Tap (Soft Button)

Two sheets on conductive fabric touch, closing a circuit and "pressing a button."

Feature #2

Yarn Tap (Soft Button)

Two sheets on conductive fabric touch, closing a circuit and "pressing a button."

Feature #3

Infrared Signals

Neo-TCH 1.3 has sensors across bodies to 
keep the subjects completely engaged

Feature #3

Infrared Signals

Neo-TCH 1.3 has sensors across bodies to 
keep the subjects completely engaged

Feature #4

Modular Design

We used snaps to attach yarn patches. Allowing for frequent testing, smoother collaboration, and fabrication

Feature #4

Modular Design

We used snaps to attach yarn patches. Allowing for frequent testing, smoother collaboration, and fabrication

Discovery

the brief

Work with a team to create a speculative design.

We had 7 weeks to plan, fabricate, and present our designs. I shared that I was constructing mesh gloves and we began ideating on using sensors in gloves.

Planning the product

Sensor selection and technical planning

We identified that we needed sensors that captured push, pull, and stroke motions. We created detailed diagrams of the materials and layers. Our independent research involved understanding what types of sensors were needed and how they technically functioned.

Prototype

Wireframe

Circuit mapping on a dress form

On a dress form, we mapped out every component and layer needed with paper, pipe cleaners and cotton string.

Paper Prototype

First draft of garment construction on paper

The paper prototypes helped us understand the electrical components in relationship to the garment construction.

Testing

Circuit testing

Constant testing and iteration

We frequently tested our conductive materials and our circuits to ensure they gave the proper output.

Presentation

Video Documentation

Constant testing and iteration

This video is one of the final outputs of the project. As a part of the documentation, we created a surveillance video of two test subjects wearing neoTCH 1.3 for the first time.

Book

Contributing to computational craft

2025 Make: Wearable Electronics: Design, prototype, and wear your own interactive garments, Make Community LLC, New York

Gallery

Gallery interactive installation

2024 enter here_, Grace Exhibition Space, New York

Reflection

Takeaways

  • Even though soft circuitry is still in its infancy, there are many developing resources online.

  • Even though soft circuitry is still in its infancy, there are many developing resources online.

  • Even though soft circuitry is still in its infancy, there are many developing resources online.

  • Setting strict timelines will always be beneficial with collaborative projects.

  • Setting strict timelines will always be beneficial with collaborative projects.

  • Setting strict timelines will always be beneficial with collaborative projects.

  • I will never forget how to do a chain stitch after stitching conductive thread by hand for days

  • I will never forget how to do a chain stitch after stitching conductive thread by hand for days

  • I will never forget how to do a chain stitch after stitching conductive thread by hand for days

Anna Pragman (left), Tanvi Mishra (center), Krithi Nalla (right)

The fabulous team!

Anna Pragman (left), Tanvi Mishra (center), Krithi Nalla (right)

The fabulous team!

Anna Pragman (left),
Tanvi Mishra (center), Krithi Nalla (right)

The fabulous team!

Open for work

Want to know more about this project?

Want to learn more about this process? Say hello on LinkedIn or drop me a line at apragman@gmail.com

Open for work

Want to know more about this project?

Want to learn more about this process? Say hello on LinkedIn or drop me a line at apragman@gmail.com