Applied the Double Diamond framework with iterative cycles, enabling continuous exploration and refinement from research through prototyping and validation.

Conducted in-depth market analysis to understand customer demands, needs and willingness in order to guage business viability. Created a 5-year financial projection estimating a break-even point.

Used semi-structured interviews and surveys to gain customer feedback to understand their needs, preferences, and experiences (Both hosts and users)

Integrated hydraulicspring mechanisms to assist the user in lifting and lowering the 30 kg box directly to car-height, eliminating the need for a separate trolley and avoiding physical injury to users.

Developed three distinct mechanical concepts, narrowing them down to two functional prototypes for real-world testing.

Designed a custom software interface where users locate stands via Maps, book, and pay. Upon payment, the system generates a unique PIN that communicates with the physical stand's smart lock without requiring on-site Wi-Fi

Conducted FMEA (Failure Mode and Effects Analysis) to address environmental challenges like snow/ice and mechanical reliability.