Concept Layout – Carpark Redesign (Smithfield)
Client: EPTEC
Service: Engineering Design & Concept Planning
Sector: Urban Infrastructure / Parking Solutions
EPTEC engaged Applied Project to develop a concept redesign for the Smithfield carpark—an initiative aimed at creating a more efficient, safer, and visually appealing parking environment. The project sought to address increasing community demand while setting a contemporary benchmark for functional carpark design.
Project Objectives
The redesign was guided by four core objectives:
Enhance Traffic Flow: Reduce congestion and streamline vehicle movements.
Increase Capacity: Achieve a 20% uplift in available spaces to address growing needs.
Improve Safety: Incorporate features that protect pedestrians and drivers.
Elevate Aesthetics: Deliver a clean, modern, and welcoming environment through smart layout and landscaping.
Design Approach
The concept layout was shaped through a rigorous, data-driven methodology:
Traffic & Movement Analysis: Assessed existing circulation and identified pain points to optimise flow.
User Feedback: Surveys captured real-world perspectives from frequent carpark users.
Stakeholder Collaboration: Engagement with local authorities and community leaders ensured alignment with regulatory standards and community expectations.
This holistic approach enabled a practical and user-centred design tailored specifically to the constraints and opportunities of the Smithfield site.
Key Challenges
Every site presents unique constraints. For Smithfield, the major hurdles included:
Limited Site Area: The small footprint required creative solutions to increase capacity without compromising movement.
Budget Constraints: Cost-effectiveness was critical, requiring strategic selection of materials and design elements.
Our team proposed a multi-level parking structure, maximising vertical space while retaining accessibility. Durable, low-maintenance materials were chosen to balance longevity with budget requirements.
Proposed Solutions
The final concept layout integrates a series of smart and practical design features:
One-Way Circulation System: Reduces bottlenecks and simplifies vehicle movement.
Dedicated Pedestrian Paths: Enhanced visibility and separation of pedestrian zones improve onsite safety.
Green Integration: Soft landscaping elements, including native plants and tree canopies, reduce heat gain and elevate visual appeal.
Sustainable Materials: Permeable paving assists stormwater management and minimises environmental impact.
Innovation & Technology
A standout aspect of the proposal is the integration of smart-parking features:
Real-time bay availability via signage or mobile app
Optional pre-booking for peak periods
Reduced circulation times, lowering emissions and improving user experience
These innovations elevate the design beyond traditional carpark layouts, delivering a future-ready solution for urban environments.
Impact & Value Delivered
The proposed redesign offers significant benefits for users and the broader community:
Higher User Satisfaction: Faster, safer, and more intuitive parking experience
Environmental Gains: Greener surfaces and sustainable materials reduce impact and promote a healthier environment
Community Appeal: A more attractive, modern facility enhances pride and encourages positive use of the space
The Smithfield Carpark Concept Redesign demonstrates Applied Project’s capability to combine engineering expertise, practical innovation, and user-centric design. The outcome sets a new standard for efficient, sustainable, and community-focused parking environments.
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