I see design as a balance between logic and emotion. I design through reduction. Less noise. More meaning. I value simplicity and sustainability. Design should last — in form, function, and feeling. I’m drawn to mobility and automotive design. Vehicles that adapt. Systems that endure.
Revo R5 is a modular electric vehicle concept designed for Melbourne’s evolving urban mobility. Users hesitate to switch to EVs due to battery degradation, repair cost, and resale concerns—issues amplified by weak charging infrastructure and the lack of visible sustainability in daily transport.
Revo R5
Revo R5 is a modular electric vehicle concept designed for Melbourne’s evolving urban mobility. Users hesitate to switch to EVs due to battery degradation, repair cost, and resale concerns—issues amplified by weak charging infrastructure and the lack of visible sustainability in daily transport. Create a modular mobility platform adaptable to solo, shared, and utility modes. Integrate circular materials. Build trust and transparency through digital interfaces showing carbon data and battery health. Support local production and repair networks in Melbourne. Promote affordable and inclusive mobility, empowering users to co-create and maintain their vehicles.
The Adaptive Chassis adjusts the vehicle’s height using a servo-driven lift system. It improves driving stability on various terrains. The mechanism was prototyped and tested through a Lego-based motor system to simulate real-car suspension movement.
Drag-out System
A modular rear extension that lets the vehicle expand or contract for different uses — commuter, family, or utility. It slides smoothly along internal rails and locks securely, keeping a seamless surface and strong structure while expressing Revo’s flexibility and motion.
Revo Station
A local swap and service hub where users can replace batteries, repair components, and upgrade modular parts. Each station integrates battery exchange, quick repair, and part recycling, supporting Melbourne’s growing EV ecosystem. Designed to make sustainable mobility accessible, fast, and transparent for every driver.
Hybrid Door
A two-part entry system combining an upper gullwing door and a lower electric flip-out step panel. The upper section provides wide headroom and easy access, while the lower step assists children, elderly users, and people with mobility challenges. This inclusive design improves accessibility for all age groups without compromising aesthetics or structure.
Upgrade Modules
The Upgrade Modules system lets users swap or add rear modules — such as a standard trunk, pickup cargo bed, or bike carrier — to suit different lifestyles. Future modules can be co-designed by customers or local makers, creating a customisable and evolving vehicle ecosystem.
In the spirit of reconciliation Monash University acknowledges the Traditional Custodians of country throughout Australia and their connections to land, sea and community. We pay our respect to their elders past and present and extend that respect to all Aboriginal and Torres Strait Islander peoples today.
