Element I

Test 1 Collection

Design Requirement #1: The Solution shall be able to sense motion and function accordingly:

Incomplete - Check back soon!

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Test 2 and 8 Collection

Design Requirement #2: Fit over existing light switches, and have all mechanical and electrical functionalities remaining inside a 2.75” x 4.5” (width x height rectangular) constraint

#8: Not protrude any more than 3" from the existing light switch plate:

Tester Names: 

Paul and Sadie

Test Location:

Workshop Lightswitch

Test Date:

4/8

Data:

#2 During the construction of the prototype, all digital and mechanical components fit comfortably and effectively inside the shell

#8 The prototype extrudes about 1.5" off of a standard light switch plate

Test 3 Collection

Design Requirement #3: Works for both toggle and rocker light switches and not require connection to existing switch wires:

Incomplete - Check back soon!

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Test 4 Collection

Design Requirement #4: Only require maintenance out of the box, not needing to be extensively interacted with after setting up the first time, aside from battery replacement/recharge or personal settings adjustment, with an assembly/set-up time of under 3 minutes:

Tester Names:

Sadie, Robert, Dr. Wazenski

Test Location:

Workshop

Test Date:

4/10

Data:

Our test subject was able to install and use the prototype in approximately 1 minute and 2 seconds. More trials coming soon!

Test 6 Collection

Design Requirement  #6: Include a manual override button that allows users to override the automatic features so that the usual use of the light switch can still be used:

Tester Names:

Michael Webb, Sadie, Paul, Robert

Test Location:

Workshop Lightswitch

Test Date:

4/11

Data:

The prototype was able to consistently flip a toggle light switch 5 times in a row over 3 separate trials.

Test 9 Collection

Design Requirement  #9: Contain no sharp edges or exposed wiring that may cause harm to the user:

Tester Names:

Paul

Test Location:

Innovation Center

Test Date:

4/8

Data:

The prototype contains no wiring exposed outside of the shell or any harsh edges that could potentially hurt the consumer. All edges are filleted to have a smooth slope.

Test 11

Design Requirement #11: Contain a shell that will house the components of a motor, micro-controller, and power source, along with the mechanical features, and will be 3D Printed in a PLA or PETG filament material to protect and streamline function:

Tester Names:

Paul

Test Location:

Innovation Center

Test Date:

3/28

Data:

All digital and mechanical components comfortably fit inside the 3D-printed shell. The shell is durable against any rough actions like dropping.