Day 1: (Tue Jan 16, Week 1) Welcome and Introduction

Notes for 2024-01-16.

Please bookmark this site: https://courses.ideate.cmu.edu/16-376

Agenda

  1. Welcome to 16-376 Kinetic Fabrics!

    • scope and style of the course

    • IDeATe Soft Technologies, Physical Computing minors

    • collaboration and reflection

    • major objective: continuous public performance using soft materials


  2. Administrative

  3. Discussion

    1. Mutual introductions, In-Class Exercise: Interview Game.

    2. Longer personal introduction.

    3. Longer reflection on course themes, see Discussion notes and Related Video below.

  4. (Time did not permit:) Time permitting: short breakout session in different groups. Each should

    try to find several answers to the following questions:

    • What kinds of creative practice are represented in the group?

    • What physical, kinetic processes involving fabric would you be excited to try as an expressive medium?


New Assignments

  1. Please complete the KF Spring 2024 Student Questionnaire if you haven’t already. This should just take a few minutes.

  2. Please complete laser-cutter training if you have not already done so. There are three parts:

    For more details: IDeATe Laser Cutter Policies, IDeATe Laser Cutter Overview


Discussion notes

For reference: Course Description

  1. Main objective: exploration of experimental technique in kinetic fabric sculpture.

    • emphasis on long-term installation

    • both autonomous and human-operated are in scope

  2. Essential learning goals:

    • playful research and discovery

    • collaboration

    • using simple textile techniques to craft things which move well

    • applying various actuation systems to fabric

    • using basic animation and choreography to compose gestural performances

    • reflection, documentation, and critique

  3. What the course is not:

    • fashion or costume

    • live stage performance

  4. Potential directions to explore

    • Stepper Capstan Winches

    • hand-operated mechanisms

    • controlled airflow (fans)

    • controlled illumination (lights)

    • fabric tension structures

    • underwater (stretch goal)



Videos Not Viewed