Ovaland Bridge: A Sustainable Timber Bridge Architecture for Copenhagen

Ovaland Bridge is envisioned as a living organism—an evolving piece of sustainable timber bridge architecture that thrives with energy, flow, and human interaction. Designed as more than a crossing, the project redefines the bridge as an active urban destination where movement, leisure, and public life coexist within a single architectural system. Set within the canal network of Copenhagen, the bridge responds to the city’s strong cycling culture, environmental values, and commitment to progressive urban design.

Conceived by Hanan Jewhar and Emily Pearce, Ovaland Bridge proposes a contemporary hybrid timber structure that functions simultaneously as infrastructure, public space, and landmark. Its organic form, inspired by biological systems, positions the bridge as an extension of the city’s ecological and social fabric.

A Bridge Inspired by Living Systems

The conceptual foundation of Ovaland Bridge is derived from nature—specifically the logic of biological cells. The design is organized around two primary "cores" that operate like living organisms, communicating through visual transparency, spatial permeability, and continuous movement. These cores are wrapped within a curvaceous timber exoskeleton that acts as both structure and enclosure.

The use of timber as the primary structural material reinforces the project’s sustainable agenda. The rib-like timber framework twists and flows along the bridge length, creating a dynamic silhouette while allowing light, air, and views to permeate the interior. This approach transforms the bridge from a rigid object into a responsive, breathing architectural system.

Sustainable Urban Mobility at Its Core

At the heart of Ovaland Bridge is a clear commitment to sustainable transportation. The project acknowledges Copenhagen’s deep-rooted cycling culture and elevates it through architectural experience. Rather than relegating cyclists to purely functional lanes, the bridge celebrates movement as a pleasurable, health-oriented, and social activity.

The bridge introduces three distinct circulation tracks, each tailored to different user needs:

• Fast Track: A direct, efficient route designed for cyclists and pedestrians who wish to cross quickly.
• Slow Track: A meandering pedestrian path that encourages exploration, pauses, and engagement with interior public spaces.
• High Track: A central elevated route that allows users to ascend effortlessly to a lookout point offering panoramic views of the canal and city skyline.

By separating speeds and experiences, the design ensures safety, comfort, and choice—key principles of successful sustainable urban design.

The Bridge as Public Space

Ovaland Bridge challenges the traditional notion of bridges as purely transitional elements. Instead, it operates as a vibrant public space, carefully planned to accommodate cafés, galleries, reading rooms, bike facilities, and a central piazza. These spaces are distributed vertically across multiple levels, connected by spiraling ramps that maintain uninterrupted flow.

Visual permeability plays a crucial role in activating the interior. Users can look across, above, and below, fostering a constant awareness of other activities happening within the structure. This layered visibility strengthens social connection and transforms everyday movement into a shared urban experience.

The central piazza acts as the social heart of the bridge—a green, inhabitable void where people can sit, gather, and observe the city from within the timber shell. When the bridge opens to allow boats to pass, this spatial transformation further reinforces the idea of the bridge as a living, adaptable organism.

Timber Innovation and Structural Expression

Ovaland Bridge is proposed as Copenhagen’s first modern timber hybrid bridge, showcasing innovative construction techniques and sustainable material strategies. The primary timber structure is supported by secondary systems and anchored into solid base cores positioned near the canal edges. This configuration minimizes disruption to pedestrian movement while maintaining structural clarity.

The expressive timber skeleton does more than carry loads—it defines the architectural identity of the bridge. Acting like a rib cage, it encapsulates the internal programs while framing views outward. The warmth of timber contrasts with the surrounding urban context, creating a welcoming and human-scaled environment that encourages prolonged use.

A New Urban Landmark

As a piece of sustainable timber bridge architecture, Ovaland Bridge is designed to become a recognizable landmark within Copenhagen’s urban landscape. Its organic form, dynamic circulation, and hybrid program distinguish it from conventional bridge typologies. More importantly, it serves as a physical representation of a sustainable future—where infrastructure supports ecological responsibility, social interaction, and architectural innovation.

Ovaland Bridge demonstrates how thoughtful urban design can transform everyday infrastructure into meaningful civic space. By merging sustainable mobility, public life, and expressive timber architecture, the project sets a new benchmark for bridges as active, living components of the city.

Project Name: Ovaland Bridge

Architects: Hanan Jewhar, Emily Pearce

Location: Copenhagen, Denmark