This product is designed to assist short-statured individuals, such as individuals with dwarfism and diastrophic dysplasia, with opening and closing doors. The product will attach to door knobs and door handles and allow short-statured individuals to easily reach and access doors. The product will be portable and will be able to be easily moved to take to new locations with unreachable doors. 

A lack of visibility on the road when driving is a serious road hazard for all drivers, leading to accidents and deaths globally. Current safety measures on cars include fog lights, driving slower, etc, but are all reliant on the driver's reaction time, not addressing the issue. My idea is to implement a device that uses renewable energy to self-power and remove/capture the fog to clear the air. These images are potential ideas of what it would look like, incorporating different renewable energy systems and looks.

My project reimagines the everyday school and gym bag through a sustainable, multifunctional design. Designed for students aged 15–25, it transforms seamlessly from a backpack to a duffle, while reducing waste by incorporating recycled textiles and repurposed materials from old bags. The design focuses on durability, comfort, and organisation, supported by targeted research, user feedback, and hands-on experimentation. More than just a bag, this project responds to real user needs and growing demand for eco-conscious products. It aims to prove that sustainability and style can coexist, and that thoughtful design can make everyday routines simpler, smarter, and more responsible.