Academia

Nanotechnology
A novel lightweight device is proposed for fast-acting delivery of aerosolised oxygen directly into fluid-filled lungs through inhaler-basedlip@PFH@O2 nanoparticles for drowning patients. Predicted to be shelf-stable, lightweight, easy to administer, and fast-acting, this intervention addresses the critical 4–6 minute period currently dependent on CPR or specialised equipment.
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Data Science
‍Analysis of the EM_DAT dataset containing data on the occurrence of disasters from 1900 to today to predict the outcomes of natural disasters. I used decisions trees to answer the question 'will an affected country request international assistance?'

CFD Analysis
Design of a car then CFD analysis of SOLIDWORKS to identify areas of improvement, comparing my findings to wind tunnel testing.

Reverse Engineering
Teardown, analysis, and redesign of the Russell Hobbs 22241 Handheld Blender. Sustainability metrics were identified, and redesigns and assembly modifications were proposed, increasing profit margins by either increased marketability or decreased production cost.

Mechanical Bouncer
Analysis and prediction of the trajectory of a bouncing ball. 21 variations based on upper and lower bounds were calculated. A sensitivity analysis was carried out, then physical testing to see if the predictions were accurate carried out.