Versions Compared

Key

  • This line was added.
  • This line was removed.
  • Formatting was changed.


Image Removed
source: 20Hz observes a geo-magnetic storm occurring in the Earth’s upper atmosphere. Working with data collected from the CARISMA radio array and interpreted as audio, we hear tweeting and rumbles caused by the incoming solar wind, captured at the frequency of 20 Hertz. https://semiconductorfilms.com/art/20hz/
Image Removed
Image Removed
Image Added
Image Source: Digital Fabrication Seminar HS2018 

...

Contents 

Topic 2020

...

QUANTUM FABRICATION

...

: QUANTUM FABRICATION

Image Added
Image source:  https://semiconductorfilms.com/art/parting-the-waves/
)20hz/

In this year's digital fabrication Digital Fabrication module, we will attempt to give substance to the fantastic phenomena , by creating governed by quantum mechanics. Quantum theory describes the behaviour of particles and energy in their smallest form, where substances that make up our world appear to behave in a very unworldly way. Students will create lively physical representations of impossible formations of matter, that quantum phenomena at a macro scale, leading to scenes that completely disobey the conventions of classical physics. Can they move backwards, and forwards through time? Do they split, dublicate or merge our everyday livesDo these substances exist simultaneously in one place and another? Do they behave vastly different when observed, and when not? Do they break the boundaries of space-time? What possibilities exist for interaction between people and such exotic formationssubstances?

Students will create a sequence of explore the topic with sketches, rendering and 3D printed objects , to produce a stop-motion animation of their Impossible material-energy formations in a real-world setting. This short and a short animation. This animation will be supported by a brief explanatory text

Reference Material:

...

...

situating it in the real world. 

Expectations and Grading

Grades will be based on group presentations, class participation, documentation and final work. An attendance of min. 80% is required to pass the course.

Individual Work (

...

20%

  1. Workbook documentation of exercises and minor projects from week 1
  2. Presentation of Minor Exercises 

Group Work (

...

80%

  1. Main Project: Animated rendering, 3D printed objects
  2. Presentation of process and outcomes
  3. Standard IAD Documentation 
    • Video of the final object
    • Image selectionselection 
    • Documentation in standard pdf format. 

Final Presentation notes:

  • Online format 
  • 5 to 10 minutes for presentation, and 5 minutes for feedback and discussion
  • Explanation of the process and the thinking that brought you to this outcome 

Main Project Brief

Observing

  • Investigate an unlikely or unbelievable phenomenon linked to quantum mechanics and your everyday life
  • Investigate biological, chemical or mathematical form generation processes
  •   Develop a mood board (sketches, photographs, material examples)

Making

  • Iterate the form generation process with CAD software/ visual programming language
  • Produce forms based on this exploration and 3D print them. 
  • Pick one form example and create an animated rendering of it
  • Name your material
  • Write a short text for the material (CA. 150 words)

Video Rendering

  • Minimum 24 frames.
  • 3 to 5 seconds of duration
  • Continuous Loop
  • MOV format H.264 / min. 1920×1440

Presentation:

  • In Miro
  • Share your Mood board 
  • Show either renderings or images of your 3D objects
  • Show your final animation 
  • outcome  


Tutorial Recordings

https://drive.switch.ch/index.php/s/NfDh3iZ4Jup1p2Y

Time Plan

All inputs in Zoom

...

Week 1 

Mo., 11.1.  (zoom)

Tu. 12.1 (zoom)

We 13.1. (zoom)

Th. 14.1. (zoom/ miro)

Fr. 15.1. (zoom)

Morning

10:00 Kick-off Digital Fabrication (LF, CW)


11:00 Tinkercad intro (LF)

9:00 3D printer Intro (LF)10:30 Rhino  II  (CW, LF)

  • Loft 
  • Revolve 
  • Arrays Fillet 
  • Fillets 

10:30 3D printer Intro (LF)

Printer Instructions

9:00 Grasshopper input 2 (LF)

10:30 30 (Individual Work)Grasshopper exercise continued.


9:00 Kickoff main Project: Quantum Fabrication (CW, LF)

10.30
Group Ideation I
(CW, LF)Group Ideation  II

9:00 (Individual Work)

Afternoon

14:00 Input: Formation  Process (CW, LF)

Afternoon

1415:00 Rhino Introduction (LF, CW)

  • 2D
  • Extrude
  • PrimitivesSplines
  • Extrude
  • Boolean

13:00 Grasshopper Intro (LF)

15:00 (Individual Work)(Individual Work) Grasshopper exercise continued.

15:00 Presentation  of Grasshopper resultsresults (CW, LF)  

16:00 Input: Further CAD and 3D tools (CW, LF)  

13.00 Examples of Digital Fabrication Modules10 Recap Morphological Table (CW)
13.20 Tutorial (LF)  

14:00 (00 Individual Work (Task: Moodboard)

 1313:00 Exchange of with all groups with sketches and textsbackground research in mood-board
(CW, LF)  

15:00 (Individual Work)

Week 2

Mo. 18.1. (zoom)

Tu. 19.1. (zoom)

We. 20.1. (zoom)

Th. 21.1. (zoom)Fr. 22.1. (zoom)
Morning

9:00 Mentorings on sketches, texts, and 3d modelling
(CW, LF)

(Individual Work)

(Individual Work)

(Individual Work09:00 Mentorings on final renderings and animations (LF, CW)


Photographing 3D prints in Atelier.

1009:00 Final Presentation 
(LF, CW)

Afternoon

(Individual Work)

14:00 Mentoring
(CW, LF)


(Individual Work)

(Individual Work)

(Individual Work)

Clean up and Documentation

Notes:

https://www.virtualspace.matters-of-activity.de
 
https://www.ucl.ac.uk/bartlett/architecture/people/prof-marcos-cruz
 
https://www.ericklarenbeek.com

Loss of Distance - or space zero gravity
Trans-digital materials


...