The interlace by OMA, recognized with the CTBUH Award 2014, represents a bold rethinking of high-density urban housing. Its sculptural form and thoughtful communal strategies demonstrate how strength in architecture emerges from both structural logic and human-centric design.
This project captures the power of architecture to negotiate site constraints, social needs, and environmental performance while delivering a distinctive civic landmark.
| Project | Key Awards | Completion Year | Primary Design Firm |
|---|---|---|---|
| The Interlace | CTBUH Award 2014 | 2013 | Office for Metropolitan Architecture (OMA) |
| Location | Sustainability Recognition | Site Size | Program |
| Singapore | Resource Efficiency & Innovation | 8,500 m2 | Residential, Amenities, Parking |
The Interlace as a Structural and Civic Landmark
The interlace by OMA redefines the skyline through a woven stack of volumes that derive their strength from a clear geometric logic. Each block is rotated and interlocked, creating a continuous structure that distributes loads efficiently while generating unique terraces and atria.
From a civic standpoint, the porous ground plane invites pedestrian movement, blurring the boundary between public realm and private residence. This openness reinforces the building’s role as a social connector in the Mapletree business park context.
Innovative Material and Environmental Strategies
Material selection in The Interlace emphasizes durability, thermal mass, and low maintenance, all critical for Singapore’s tropical climate. The exposed concrete palette conveys structural honesty while minimizing long-term environmental impact.
High-performance glazing, strategic shading, and natural cross-ventilation work together to reduce reliance on mechanical cooling. These strategies translate directly into operational energy savings and a comfortable indoor environment.
Contextual Integration and Urban Planning Insights
Located adjacent to major transport nodes, The Interlace demonstrates how high-density housing can remain legible and humane. The stepped form filters sunlight to public pathways, enhancing street-level comfort throughout the day.
By stacking varied unit types in a non-hierarchical pattern, OMA creates a dynamic silhouette that responds to local site conditions rather than imposing a generic tower on the landscape.
Sustainability and Long-Term Performance
Long-term performance metrics were central to the design process, with particular attention to energy efficiency, water conservation, and indoor air quality. The award citation highlights how these measurable outcomes reinforce architectural strength beyond aesthetics.
Operational monitoring over the years has shown that the integrated strategies continue to deliver benefits, validating the robustness of the original design decisions and maintenance protocols.
Key Takeaways for Architecture and Urban Design
- Interlocking geometries can deliver both structural resilience and a unique architectural identity.
- A permeable ground plane strengthens urban connectivity and improves microclimate comfort at street level.
- Tropical high-rise design benefits from combining passive cooling, thermal mass, and high-performance glazing.
- Long-term performance monitoring helps refine operations and demonstrates value beyond initial certification.
- Contextual responsiveness turns site constraints into opportunities for social interaction and visual richness.
FAQ
Reader questions
How does the interlace by OMA achieve structural strength without relying on a conventional core?
The strength of the architecture comes from the interlocking geometry of rectangular volumes, which creates a continuous load-bearing system and redundant load paths that resist lateral forces effectively.
What role does the CTBUH Award 2014 play in validating the design of The Interlace?
The award recognizes excellence in tall building design and sustainability performance, confirming that the project successfully balances innovation, constructability, and environmental responsibility.
Can the interlace model be adapted to other dense urban sites outside Singapore?
Yes, the underlying principles of modular stacking, porous ground planning, and climate-responsive shading are transferable, though local codes, culture, and climate must inform specific adjustments.
How do residents describe the experience of living in such a sculptural yet functional arrangement?
Residents often highlight the variety of unit sizes, abundant natural light, active communal terraces, and the sense of connectivity to the surrounding workplace and transport networks.