Produce a 3D-printed automaton that effectively integrates mechanisms and machine elements to perform an engaging representation of a cause, consequence, or solution of contemporary climate change.
My starting point for illustrating the causes and implications of climate change was to capture the increase in global average temperatures owing to the build-up of Carbon Dioxide in the atmosphere as a result of the use of fossil fuels in the economy.
To illustrate rising temperatures, my first thought was to make a thermometer that would go up and down with time and economic activity.
To show the connection to burning fossil fuels, I thought a pumpjack - an iconic symbol of the oil and gas industry - would constitute a great representation, which I incorporated into my design.
As the solution to the problem, I envisaged the pumpjack stopping and the thermometer going back down which entailed designing a clutch system that would engage and disengage at either end of the thermometer.
This design incorporated all the points in the brief and made sense as a concept so it was taken forward.
Machine elements - I learned about many different types of gears, cams and ratchets, which I applied to the design.
Linkage - Learning about linkages as a design tool was very helpful. I explored the Linkage software and also linkages in SolidWorks.
CAD - The assembly for this project was quite large so top-down assemblies had to be used to make design manageable