PRESENTATION
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PRODUCT DEVELOPMENT · MOTORCYCLE
Motorcycle Communication System
Technical Lead · Product Development
A smart motorcycle helmet communication concept built around the reality of riding: sensors, audio, connectivity, packaging, and a user who is actually on a motorcycle.
GPSlocation
BLUETOOTHconnectivity
MIC + SPEAKERSaudio
AIplanned module
Engineering
Led hardware selection and the design/implementation process for a system combining sensors, actuators, GPS, Bluetooth, microphones, speakers, and AI-driven modules.
Team
Coordinated mechanical engineers, business students, and software developers around defined responsibilities while keeping the product architecture coherent.
Product
Led product research, market analysis, pricing/customer considerations, user testing, and a preliminary go-to-market plan alongside the technical work.
Motorcycle Comms — Original portfolio notes
This project was part of my Product Development class, where I took a leading role in driving the team toward creating a functional and innovative smart motorcycle helmet communication device. The assignment required us to create a sellable product. As a team we decided we wanted something relatively complex like integrating actuators, sensors, and AI-driven modules into a real-world, market-ready applications; so we decided to build a helmet that lets riders stay connected safely on the road.
As the only person on the team with riding experience and the most overall experienced engineer, I guided the team in selecting the right hardware (GPS, Bluetooth, microphones, speakers), coordinating the design and implementation phases, and making sure our solution met both technical specs and business goals. Since the course focused on product viability, we also performed market research, sketched out a basic go-to-market plan, and evaluated sellability, pricing, and potential customer segments. As team leader, I organized tasks so that everyone, mechanical engineers, business majors, and software devs, had clearly defined roles. Even though some teammates didn’t come from a Mech E or business background, I made sure to assign work that played to their strengths and kept communication lines open. By leveraging everyone’s skills and keeping the project aligned with both engineering requirements and business considerations, we were able to deliver a working prototype on time.
Attached are the final deliverables showcasing our collective effort and the steps we took, from concept sketches and component selection to user testing and a preliminary business pitch, to build a fully functioning helmet communication system.