Sunbird is a sustainable parcel hub concept that reimagines last-mile delivery by combining convenience, community, and environmental responsibility. Designed to reduce emissions, simplify returns, and encourage local engagement, it transforms parcel collection into a more connected and considered experience.
As part of this project, I used SolidWorks to create a complex surface model of a form of my choosing, with a focus on achieving G2 continuity for smooth, high-quality results. The project explored both technical precision and design intent, balancing form and manufacturability.
Alongside the model, I produced a detailed technical report documenting my process and modelling decisions, while also reflecting on design outcomes and identifying areas for improvement should the project be revisited or developed further.
This was a 1 week competition set by Holophane, required students to create a lighting product for an extreme environment. The winner was given the opportunity to present their concept at the LIA (Lighting Industry Association) Annual Event. My concept was praised for tackling a real world issue in an innovative and exciting way.
This short pitch video presents Sunbird, a sustainable parcel hub designed to tackle the environmental and social challenges of last-mile delivery. It highlights how Sunbird offers a smarter, more connected alternative to home delivery through community, convenience, and impact-driven design.
