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Final Video Showing the Process of Folding the Chair up at the end of the day and placing or hanging the work directly where you are located

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Final Images of the Chairs

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Final exhibition set up

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Final detail images 

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Final detail images

We wanted to saturate the chalk lines more because they form a link throughout all of our images across the poster and the model chairs. 

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Final Edited Images for the 7 day timeline process + plan and section

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12.2 Developed Poster 

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Doodler and Model Maker Chairs on Sketch up Plan View of the Chairs opened up. 

Designed specifically for the type of practitioner using it and the desks are different in regards to what is regarded for them to use and the space they need. 

EB and SG

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11.2 Poster Development

Poster tiled printed to see the overall layout. We need to do some more final touches but it is getting there. 

We had an idea to create a physical net over the plan rather than do it on the computer because we felt like it didn’t link that well or give the essence that it was a net from a flat 2D drawing. However we are struggling with the scale of the net because we are unable to make it any smaller because it is so tiny to create. 

Group

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11.2 Drop development

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11.1 Snapshot of images from our photoshoot

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11.2 Mock up poster layout. 

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11.2 Snapshot of images from our photoshoot.

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Timekeeping & alarm

after revisiting some drawings Georgina created I recreated them and added detail as per how the “chipper alarm” functions. 

As the practitioner sits down into the seat, the pressure sensor(2) send a signal to the PSoC*(1) which then sends a bluetooth signal to the practitioners phone which will then start the timer. this timer will be set for a 60 minute limit. When the time runs out the practitioners phone have an alarm which goes off. this alarm will not stop until pressure is released off the seat, essentially forcing the practitioner to leave. 

*PSoC -  An integrated circuit is composed of a core, configurable analog and digital blocks, and programmable routing and interconnect.

EB GS

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Chipper Alarm

Making it harder to simply press the snooze button has been a regular feature for many new alarm clock designs. The Chipper simply makes it impossible to press “snooze,” requiring you to physically get out of bed before ending its early morning noise.

Developed by students from the California Polytechnic State University, it’s not quite the kind of alarm clock you place by the bedside table. Instead, it’s a capacitive sensing system stationed under the mattress that will automatically detect if you’re still in bed when the alarm goes off, then bug you to get up with a never-ending chipping sound.

This is the device that our design will include to restrict the time that the practitioners are in the space. 

GS EB

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11.2 Model Maker Chair 1.1

Creating and testing the dowels to support the desk . Then showing the chair packed up with the model case next to it at the end of the day. It will be interesting to see the relationship with the chair, desk and model case at the end of the night, how they all end up next to each other. The order may or may not be different each day,

SG and EB