↯ Research

Below is the 3D-modelling curriculum that I have developed and my EPQ. I may perhaps post further papers if I do author any more.

Design for Modular Water-Catcher for Arid Mountainscapes

this project has been completed
this project's documentation is up to date

Mountain regions placed a certain altitudes can become arid due to the scarcity of water. This is due to the mountains being too high for a viable well to be dug to tap into the ground water table; the mountains having certain meterological conditions that prevent precipitation; and are mild in temperature and thus there is no rainwater and or snow. Through biomimicry of “cloud forests” we are able to provide water for such regions and support communities who would have to otherwise traverse 5-6 hours for water.

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Syllabus for 3D Modelling in an Engineering Context

this project has been completed
this project's documentation is up to date

12 Chapters, 18 weeks of study, 11 schools, ~2500 eligible students, and Fusion 360. Designed to teach students from Grades 9 to 12 industry standard CAD practices that emphasize design thinking and modelling intuition. Skills learned can be transferred to programs outside of fusion 360. Open-source and free forever.

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The feasibility solar-powered, sustained, and autonomous flight

this project has been completed
this project's documentation is almost complete

A brief history of solar flight with analysis of existing data; an explanation on the concepts leading to solar flight; narrowing existing technology to a feasible flight model; modeling through fluid simulation and power-metrics; and producing a possible prototype. Plans to extend paper and publish instead of just submitting as an EPQ.

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