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Interdisciplinary Studio (redirected from Syllabus INTERDISCIPLINARY STUDIO T-TH)

Page history last edited by Barney 14 years, 11 months ago

Tuesday/Thursday 7:15 to 10:15


 

Week 1

9/6

Tuesday

 

Barney, Don, David: Introduction to the class:

 

Delineation of the 3 areas of concentration

Expectations: Assignments and show

Possible strategies and models

 

Barney: Computers and the Hybrid Lab

Don: Power & Control and Electro Safety

David: Fabricating Electromechanical devices

 


 

9/8

Thursday

Student work


Week 2

 9/13 Tuesday

Video

 

9/15 Thursday

 

Materials


Week 3

9/20 Tuesday

E+M

 

Electricity and Magnetism

 

cats and lightning

lodestones and the north pole

 


9/22 Thursday

 

Intro to Max/MSP/Jitter


Week 4

9/27

Tuesday

 

Artist Presentations


9/29

Thursday

 

Basic Construction


Week 5

10/4

Tuesday

 

Toy Hack


10/6

Thursday

 

 

Chaotic Motion Assignments Due

 

Here are some examples from the Chaotic Motion Assignment from Interface 2000.

 

Identify and bring in for a class presentation something that moves unpredictably - it can be mechanical, a household object, fabricated or found. Don't forget heat rises, light is very fast and gravity tends to make things fall. One caveat however, this project should be a combination, collage or construction of multiple components. For instance, a toy or a balloon in and of itself would not suffice, but an interaction between the two would.

 

“Anyone who considers arithmetical methods of producing random digits is, of course, in a state of sin”

   -John von Neumann

 

hotbits

 

Chaitin

 

Definition of Randomness R1: A random finite binary string is one that cannot be compressed into a program smaller than itself,

   that is, that is not the unique output of a program without any input, a program whose size in bits is smaller than the size in bits of its output.

Definition of Randomness R2: A random n-bit string is one that has maximum or near maximum complexity.

   In other words, an n-bit string is random if its complexity is approximately equal to the maximum complexity of any n-bit string.

 


Week 6 

10/11

Tuesday

 

Sensors+Measurement


10/13

Thursday

 

MAX/MakeBoard(input) 


Week 7

10/18

Tuesday

 

H-Bridge   (Arduino) motor | controller


10/20

Thursday

 

Power


Week 8

 10/25

Tuesday

 

Max/Makeboard(output) + (Arduino)

 

Preliminary Proposal Due (Posted to your Wiki page by the night before your meeting)

Individual Meetings

 


10/27

Thursday

Individual Meetings

 

Please follow Final Project Proposal Guidelines.

 

     1. 7:20 Nari

     2. 7:35 Malu

     3. 7:50 Sudi

     4. 8:05 Gabby

     5. 8:20 Luz

     - 8:35 break

     6. 9:00 Ashley

     7. 9:15 Zack

     8. 9:30 

     9. 9:45  

 

 


Week 9

11/1

Tuesday

Individual Meetings

 

Please follow Final Project Proposal Guidelines.

 

     1. 7:20 Sara

     2. 7:35 Josh

     3. 7:50 Mike

     4. 8:05 James

     5. 8:20 Zack and Brian (update on: 30.10.2011: the short union of Zack+Brian was terminated.  We will present separate projects this night. -Brian H.)

     - 8:35 break

     6. 9:00 Josh Vidal

     7. 9:15

     8. 9:30 

     9. 9:45  

 

 


11/3

Thursday

 

Max: Number Wrangling and Conditionals (Arduino)

Almost all of this lecture was covered in other classes so we are going to do the Sourcing Materials lecture tonight

 

Sourcing Materials

 

http://www.ladyada.net/wiki/

http://www.halted.com/

http://www.sparkfun.com/

http://www.mcmaster.com/

http://www.mouser.com/

http://www.jameco.com

 http://www.electronicsfleamarket.com/

http://www.metalsupermarkets.com

http://www.servocity.com/

http://www.solarbotics.com/

 

Don"s Electrical Links

 

New:

Aniomagic

Inventables

Seeed

Liquidware

 

Barney's Interface Links

 

Leah Buechley's Links

 

Laetitia Sonami's

Wearables links

Interactivity Links

 

 


Week 10

11/8

Tuesday

 

Machining


11/10

 

Thursday

 

Lab 


 

Friday

11 | 11 | 11 Exploratorium Field Trip 3:00

 


Week 11

11/15

Tuesday

 

Project Presentations

 

Final Project Proposal Guidelines. 


11/17

Thursday

 

Lab


Week 12

11/22 Tuesday

 

Lab


11/24

Thursday

 

Holiday


Week 13

12/29

Tuesday

 

Progress Report


12/1

Thursday

 

Lab


Week 14

 12/6

Tuesday

 

Lab


12/8

Thursday

 

Final Critique


Week 15

12/13

Tuesday

 

Lab


12/15

Thursday

 

Install


12/16
Friday

 

INTERFACE SHOW!!!


 

 

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