About: Difference between revisions
Jump to navigation
Jump to search
mNo edit summary |
m (→Long version) |
||
Line 27: | Line 27: | ||
'''This project could be of interest to you if:''' <br> | '''This project could be of interest to you if:''' <br> | ||
* you need an escape from the Creative Cloud | * you need an escape from the Creative Cloud | ||
* you | * you want to think with your hands for a change | ||
* you are | * you tried Arduino out but it doesn't excite you that much | ||
* you are stuck between a beginner kit and a datasheet | |||
* you want to | * you want to understand how to read a datasheet, schematic, CMOS cookbook |
Revision as of 09:22, 6 February 2023
See also: project propsal
Short version
Time limit: 30-60 seconds
Word limit: 75 words
Long version
Chip F(r)ic is a project-thesis in the form of an interactive f(r)iction:
As a reader you will be invited to explore the publication in whichever format that speaks to you.
The tension between a DIY beginner kit and an in-depth, ultra specialiazed "you-don't-need-to-know-this-much" version.
The intentions of this project are to:
- lower the learning threshold of learning DIY electronics
- show the process - what happens after the entry point
- explore the possibility of another type of beginner DIY electronics kit: in the form of an interactive fiction that focuses on 1 particular chip as the main character
The urgency to make this project came out of the following frustrations:
- digital designer working in the commercial field and the gradual dilution of creativity (and concentration of standardization, optimization
- the plethora of entry points but up to the point where it can be overwhelming
- finding an entry point that speaks to you
This project could be of interest to you if:
- you need an escape from the Creative Cloud
- you want to think with your hands for a change
- you tried Arduino out but it doesn't excite you that much
- you are stuck between a beginner kit and a datasheet
- you want to understand how to read a datasheet, schematic, CMOS cookbook