week16. Wildcard

• Author :Jun Kawahara / Kai Naito / Asako Okazaki (FabLab Kamakura)
• Date created : 05/23/2019
• modified: 05/05/2020
• modified: 05/11/2021 Jun Kawahara

Assignments

refer to Assessment page - Wildcard Week

Individual Assignments

• Design and produce something with a digital fabrication process (incorporating computer-aided design and manufacturing) not covered in another assignment,
• documenting the requirements that your assignment meets, and including everything necessary to reproduce it.
• Possibilities include but are not limited to wildcard week examples.

Learning outcomes

• Demonstrate workflows used in the chosen process
• Select and apply suitable materials and processes to do your assignment.

Have you answered these questions?

• Documented how you made your creation
• Described problems and how you fixed them
• Included your design files and ‘hero shot’ of the result

FAQ

• Can I make the assignment by hand?

  Answer: Although there can be manual processing steps, to count as digital fabrication the workflow should pass through design in a computer and some kind of automated output process.

• Do I have to do the group assignment if I choose to do composites?

  Answer: Yes, you have to make test coupons.

Individual Assignments possibilities

composite

• Material
  • 手積用 ポリエステル樹脂 (Polyester resin)
    • datasheet (Japanese)
  • ポリエステル硬化剤(Curing agent for polyester resin)
  • ジュート（麻布） Jute
    • Bring other fibers for trial
• class page
  • read the safety data sheet (SDS) and technical data sheet (TDS) for the resins that you’re using
  • produce test coupons for your composite fabrication process(es)
  • design and fabricate a 3D mold (~ft2) and produce a fiber composite part in it, with resin infusion and compaction
  • group assignment - FabLab Kamakura 2018
  • Kai, Daisuke and Jun

soft robotics

• Soft robotics - Fabricademy 2018-2019
• Soft Robotic Grippers - Adv. Mater.
• I love Montserrat(Dassault 3D Experience LAB)’s work

textile

• Circular Open Source Fashion
  • Fabricademy Open Source Circular fashion catalogue
  • JESSICA STANLEY - Fabricademy/2018-2019
  • Jun Kawahara - Fabricademy/2018-2019
• Computerized embroidery
  • Toshiki Tsuchiyama - Kamakura/2020
  • Menghe “Yume” Xu - Kamakura/2020

Folding: vinyl cutter/laser cutter/stiff paper/stiff mylar(?)/resin + canvas

• Folded Structure: Forms of folded structures [17] | Download Scientific Diagram
• Kirigami - https://www.youtube.com/watch?v=AymJJOxeNgI
• Kirigami - https://news.mit.edu/2018/kirigami-inspired-technique-manipulates-light-nanoscale-0706
• Kirigami - https://www.kimheeju.com/kirigami-keyboard

microfluidics

• DIY Microfluidics - CBA MIT
• Enabling Microfluidics: from Clean Rooms to Makerspaces, Trends in Biotechnology, Volume 35, Issue 5, May 2017, Pages 383-392

• Simple 3D Printed Scaffold‐Removal Method for the Fabrication of Intricate Microfluidic Devices, July 2015Advanced Science 2(9) - Open Access

metamaterials: flexture/compliant mechanisms/auxetic materials

• FAB14 Workshop: Digital Mechanical Material by Design
  • Stretchable kirigami
  • Bistable Auxetic Kirigami
• hinged tessellations
  • https://twitter.com/HCO28970306
    • Grasshopper/Kangaroo Physics
• Flexible mechanical metamaterials, Bertoldi K, Vitelli V, Christensen J, van Hecke M., Nature Reviews. 2017;2 :17066.

Announcements / notes

• Nueval
• Recitation
  • May 17 recitation: education programs