Architecture project // Charred Wooden Shingles and Steel Framework Redefine Urban Living Above Waterways

Charred Wooden Shingles and Steel Framework Redefine Urban Living Above Waterways

Authors:

Himmatvir Tung, Tiffany Yeung

Charred wooden shingles and glass facades seamlessly integrate with a steel framework to create a sustainable living environment above urban waterways, providing both housing and communal spaces for residents.

5 key facts about this project

Charred wooden shingles enhance fire resistance while providing a distinctive aesthetic.

Cross-laminated timber panels contribute to reduced carbon footprint and improved insulation.

The bent A-frame design maximizes structural stability and optimizes natural light entry.

Integrated green roofs support local biodiversity and manage stormwater effectively.

Public amenities are strategically placed to encourage community engagement among residents.

General keywords

vancouver housing bridge community sustainability urban mixed-use facade amenities micro-units

Project specific keywords

green roofs micro-living steel framework concrete structure community hub public space shared amenities panoramic views urban integration sustainable materials

### Project Overview

Reflections, located at Burrard Bridge in Vancouver, British Columbia, represents a novel architectural approach that combines residential units with communal spaces. This design reimagines the bridge as a dynamic community hub, enhancing the aesthetic and social functions of public space while responding to the urban need for housing and interaction among residents.

### Spatial Strategy and Integration

The layout consists of a series of studios and lofts organized in a linear arrangement that aligns with the bridge's structural form. This configuration balances public and private spaces, promoting a community-oriented lifestyle while ensuring personal privacy. An urban axonometric view reveals how the project integrates with its surroundings, positioning the bridge as a connector between vibrant neighborhoods and incorporating green areas and pedestrian pathways that enhance ecological diversity. The longitudinal section depicts varying ceiling heights and room dimensions designed for optimal natural light and ventilation, reinforcing the adaptability of the living environment.

### Materiality and Sustainability

The design utilizes a diverse palette of materials to achieve durability and aesthetic coherence. Reinforced concrete forms the structural foundation, while a steel framework adds contemporary contrast. Glass facades are employed to maximize natural light and frame views of the cityscape, complemented by sustainable timber finishes to introduce warmth. Green roof systems are integrated not only for their visual appeal but also for their contributions to biodiversity, stormwater management, and insulation. Practices such as rainwater harvesting underline a commitment to sustainability, positioning the project as a model for future urban development initiatives.

These design decisions reflect an emphasis on community interaction, with amenity spaces such as cafés and collaborative work areas fostering social connectivity and enhancing the residential experience, while the overall environment promotes a strong relationship with nature.