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Monash Art, Design and Architecture Graduate Exhibition 2024

I am an industrial design student with a strong interest in mechanical structures and products that blend functionality and aesthetics. I enjoy immersing myself in creative and thoughtful projects, to create designs that enhance people’s lives.

My project, Delivery Guard, aims to increase the adaptability of autonomous delivery vehicles, ensuring secure and efficient delivery across diverse terrains. By expanding autonomous delivery services beyond urban areas, Delivery Guard seeks to provide safe, reliable service to a broader range of users in varied environments.

Outstanding Project: Mobility

Delivery Guard

This autonomous delivery vehicle is designed for reliable performance on varied terrains, aiming to extend autonomous delivery services beyond urban areas and ensure safe, dependable service across a wider range of environments.

Chassis

The hollow design reduces weight, enhancing endurance on delivery tasks. Bio-inspired robotic arms serve as the suspension system, allowing adjustments in height and tilt angles, making it more adaptable to waterlogged and bumpy roads.

Reptile-like movement

When facing obstacles, steps or steep slopes, the tires lock automatically, allowing reptile-like movement to navigate while keeping the storage space hold level to ensure the cargo’s safety.

Temperature control system

The temperature control system protects goods like fresh produce, meat, and specific pharmaceuticals from external temperatures, preventing spoilage and ensuring safety.

Self-rescue

In the event of a rollover, the side panels elevate the vehicle while the four arms adjust to restore its posture, allowing for self-rescue without human intervention.

1:6 scale 3D print model

Side door opening demonstration and internal space display.
Full Vehicle Size L: 173cm W:134.5cm H:135cm (Default posture)

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