Hume World: Modular Urban Architecture for Sustainable Cities

By rethinking existing infrastructure, Hume World presents a transformative approach to sustainable architecture and urban design. Conceived by Aangi Shah and Niki Shah, the project investigates how ordinary infrastructural elements like hume pipes and recycled metal sheets can be repurposed into modular kits that enhance public spaces. The goal is to create economic, ecological, and inclusive solutions for growing cities.

Utilizing Existing Infrastructure

The foundation of the project lies in reusing existing infrastructural materials, ensuring cost-effectiveness, ecological responsibility, and minimal fabrication complexity. Hume pipes, typically used for drainage and city plumbing, are adapted here as durable and versatile modules. Reinforced with cement concrete, they withstand harsh weather conditions and resist theft while maintaining a minimal resale value—qualities that make them highly suitable for public use.

Complementing the pipes, recycled perforated metal sheets are integrated for their aesthetic flexibility and ecological efficiency. These sheets reduce material usage by 50%, allow water penetration during monsoons, and can be shaped for varied purposes such as seating, advertising panels, or walkways.

Modular Kit of Parts

The project introduces a kit-of-parts system where varied sizes of hume pipes and sheets can be assembled into essential urban furniture and infrastructure. From bus stops to seating, planters, and kiosks, these modular pieces adapt to different contexts while keeping construction simple and cost-effective.

Key benefits include:

• Cost-effective production
• Durability and climate resistance
• Recycled and sustainable material usage
• Ease of manufacture
• High aesthetic value in urban settings

Assembly and Public Usability

The adaptability of the design allows multiple assemblies for different needs:

• Bus Stop: Pipes with bolted metal sheets create seating, roofing, and advertisement panels, supported by solar panels for renewable energy.
• Urban Kit: Configurations transform into benches, water dispensers, bins, and tables, encouraging spontaneous usability.
• Public Promenades: Installations along roadsides or plazas enhance accessibility, safety, and comfort.
• Green Interventions: Large modular planters integrate greenery into concrete-heavy cityscapes.

By embracing modularity, the design naturally incorporates the informal sector, accommodating street vendors, temporary shops, and community gathering spots.

Architectural Value

What sets Hume World apart is its ability to transform overlooked infrastructural elements into adaptable architectural interventions. The cylindrical geometry of hume pipes introduces a distinct aesthetic, while recycled sheets elevate the modular compositions. Together, they create urban architecture that is sustainable, inclusive, and engaging.

Hume World demonstrates how sustainable architecture can emerge from ordinary infrastructural components when reimagined through modular design. By ensuring affordability, adaptability, and inclusivity, the project sets a precedent for future urban infrastructure that is not only functional but also socially and environmentally responsible.