Suburb Sync

Sustainable Systems | UI/UX | Service
An autonomous car sharing service for suburban commuters
challenge
The project aimed to develop a resilient transportation system for suburban commuters by studying and applying emerging autonomous technologies. Donnybrook Road in Victoria served as a case study, providing a real-life scenario to examine user experiences affected by the road’s extreme congestion issues.
outcome
Suburb Sync is driven by the key idea of optimizing suburban commuting by seamlessly integrating autonomous technology, AI-driven traffic management, and user-centric design. It envisions a future where suburban residents experience efficient and stress-free daily commutes, with a strong focus on punctuality, convenience, and reducing the burden of traffic congestion. Suburb Sync’s driving idea is to redefine the way people travel in the suburban outskirts of Melbourne.

Suburb Sync is a unique car-sharing service designed for suburban commuters in Melbourne’s outskirts. Extensive research led to this innovative service aimed at transforming suburban mobility. Its main hub, near Donnybrook Station, ensures the fleet of four-seater vehicles is fully charged and ready by 5 AM, serving commuters in Mickelham, Kalkallo, and Donnybrook. This location was strategically chosen to meet the community’s needs efficiently.

Final Output

Final Output

Service

Floating

At 5 AM, Suburb Sync efficiently allocates its fleet across three suburban areas, ensuring residents have easy access to optimally distributed vehicles.

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Platoons

At 10:00 AM, Suburb Sync tackles peak hour chaos on Donnybrook Road by forming car platoons and harmonizing their speeds to alleviate congestion.

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Redirection via Forest Red Gum Drive

Suburb Sync adapts throughout the day, prioritizing platoons on Donnybrook Highway and solo-traveling cars on Forest Red Gum Drive to reduce bottlenecks and enhance traffic flow, while providing optimal routing for all passengers outside rush hours.

Return Home

At 11 PM, Suburb Sync’s daily service concludes as the vehicles return to their bases for recharging, ensuring they’re ready for the next morning.

Vehicle

Suburb Sync’s innovative self-driving electric car is a four-person vehicle designed for comfortable and efficient suburban travel. Measuring just 2.2 meters in length and 1.95 meters in width, it’s easy to maneuver while offering ample space. The car features swiveling seats with plenty of legroom, allowing passengers to face each other or the window for a personalized journey.

Its exterior is both stylish and functional, with a symmetrical design and four separate trunks for ample storage. The wheels provide stability and efficiency for suburban driving. The car’s sleek black design with teal accents highlights its modernity, with a secondary color scheme of white, black, and textured green being considered for potential integration with the broader transportation network.

Interaction

Suburb Sync’s app acts as a personal AI assistant and journey planner, seamlessly integrating with the service. The app uses real-time traffic and car locations to help users plan efficient journeys. Upon opening the app, an AI assistant engages in a casual conversation to understand the user’s plans, extracting keywords related to location, timing, commitments, and potential train or bus commutes.

The AI assistant creates customized journey plans based on real-time traffic, ensuring users reach their destinations efficiently. These plans are tailored to the user’s specific needs and preferences, and users can manually adjust parameters like location, timing, delays, stops, or generate new plans to accommodate changes in traffic.

The app adapts to users’ daily routines and commutes, learning specific train schedules and work start times, and optimizing return journeys. This personalized approach makes journey planning a tailored and efficient experience, with the AI assistant serving as a knowledgeable and reliable companion.

Final Output

Arc 1: Peacock Loom (Day 1–3)

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Arc 2: Gamosa Loom (Day 4–6)

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Arc 3: Pratham Khuj Day (Day 7)

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Final Output

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Service Touchpoints

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Explore the full design process

From initial research and interviews to wireframes and usability tests, see how this project came to life.
Read the full Process

Explore the full design process

From initial research and interviews to wireframes and usability tests, see how this project came to life.
Read the full Process

Explore the full design process

From initial research and interviews to wireframes and usability tests, see how this project came to life.
Read the full Process

Explore the full design process

From initial research and interviews to wireframes and usability tests, see how this project came to life.
Read the full Process

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