Developed a modern helmet with advanced safety features to increase protection for bicyclists and drivers by 30%.
Guided technical direction to a team of 6 in developing a project aimed at enhancing bicycle safety by adding headlights, indicators, brake lights, and an SOS device.
Conducted stress/strain analysis, 3D modelling, and FEA analysis to select the appropriate material for the project.
Implemented informed design decisions based on approved budget of $1000, availability of resources, and project timeline.
Collaborated with the team to deliver project deliverables, using MS Office and integrated feedback into the final prototype.
Stress/Strain Analysis to see where the stress occur the most when a normal force is being applied to it.
Circuit diagram for our electrical parts. All the parts will be connected using Teesny4.0 and powered via powerbank
This is our code logic, which will help us in the coding aspect of the project. This defines how the electrical parts will behave with our headlights, taillights, and brakelights.
Our battery pack has the capacity to power the helmet for more than 2 days!
