Gensler
[NEEDS INPUT: alt text]

Overview

The winning Healing Kharkiv proposal offers a scalable approach to repairing war-damaged neighbourhoods, preserving what can be saved while rebuilding homes and restoring connections between communities.

Location
Client
[NEEDS INPUT: alt text]

Opportunity

Kharkiv’s recovery creates an opportunity to preserve viable homes, rebuild where necessary and help communities reconnect with the neighbourhoods they know.

In Kharkiv, the impact of war varies significantly from building to building, making wholesale demolition neither necessary nor desirable. The Norman Foster Foundation’s Kharkiv Housing Challenge called for a housing response that could address destruction at enormous scale while supporting the people who remained. Against 250 global submissions, Gensler & Cundall’s collaborative first-prize proposal began with what could be retained. Existing structures were assessed according to their condition, allowing viable homes to be repaired while replacement housing is introduced where damage is too severe. This creates a route to recovery that maintains continuity with Kharkiv’s established urban fabric and identity.

[NEEDS INPUT: alt text]

Why This Matters

  1. 01

    Protecting Familiar Places

    For residents already displaced or living with damage, retaining familiar homes and neighbourhood structures can protect a sense of continuity at a time of profound upheaval.

  2. 02

    Enabling Recovery at Scale

    Ukraine’s recovery will require solutions that can be delivered quickly across many different building conditions, without relying on a one-off response for every damaged site.

  3. 03

    Rebuilding Community Life

    Reconstruction also carries a social responsibility: restoring shared spaces can help neighbours reconnect, rebuild trust, and bring everyday community life back alongside the physical recovery.

Healing Kharkiv moves beyond material reconstruction. It puts at its heart questions of belonging, identity, healing, and social cohesion.

Ammar AzzouzResearch Fellow, University of Oxford

Solution

Repair, rebuild, and reconnect form a repeatable toolkit that combines housing renewal with new construction and shared spaces for community life.

Buildings that can be saved are strengthened with prefabricated exoskeletons that improve structural stability and thermal performance, while adding winter gardens and better access. Where damage is too severe, modular low-rise housing fills gaps within the existing neighbourhood, creating more human-scaled places to live. Rubble from demolished structures is processed locally and reused within new construction, reducing dependence on imported material. The same modular thinking extends into the public realm, where adaptable community spaces help reconnect fragmented neighbourhoods and support everyday life as Kharkiv recovers.

[NEEDS INPUT: alt text]

Related Content

60%

Embodied Carbon Reduction

Over 90%

War Rubble Reused Locally

Approximately 2,500

Residents per Community Phase

From brief to build: a scalable framework combines repair, reuse, modular construction, and community infrastructure to support Kharkiv’s recovery at multiple scales.

The process was developed as a system rather than a single building response. It begins by assessing what can be repaired, reused, or rebuilt, then scales from individual homes to neighbourhoods and wider districts. Rubble from damaged structures is repurposed into new construction components, while additive façades improve comfort and resilience without unnecessary replacement. Modular elements support faster, more adaptable assembly, and shared canopies create flexible community spaces that can evolve over time. Together, these moves establish a framework for rebuilding that is practical, resource-conscious, and responsive to changing needs.

Impact

Recognised with first prize, Healing Kharkiv offers a model for recovery that preserves continuity while giving communities safer homes and a practical route toward long-term neighbourhood renewal.

Designed to work one community at a time, the framework can expand from individual buildings into neighbourhoods and ultimately across other Ukrainian cities.

What Changed Because of This

  1. 01

    Safer Existing Homes

    Retained apartment blocks gain structural reinforcement, improved insulation, and better access, extending their useful life while creating safer, more comfortable homes for residents.

  2. 02

    Circular Rebuilding

    War-damaged concrete becomes a local construction resource, with over 90% of rubble reused to cut waste and dependence on imported materials.

  3. 03

    Repeatable Recovery

    The framework scales from clusters of four to six buildings into larger neighbourhoods, giving cities a model that can adapt to different damage levels.

John Badman

Our vision puts people at the heart of recovery, combining local knowledge, material reuse, and adaptable design to help Kharkiv heal, rebuild, and thrive sustainably.

John BadmanResidential Leader Europe, Senior Associate

Recognition

01

ArchDaily

Gensler and Cundall win Kharkiv Housing Challenge with vision for resilient recovery.

02

Global Construction Review

Gensler’s Healing Kharkiv winning proposal reimagines housing for a resilient future.

FAQ

01

What is the Kharkiv Housing Challenge?

The Norman Foster Foundation’s Kharkiv Housing Challenge sought scalable ideas for rebuilding housing and public space in Ukraine’s second-largest city following extensive war damage. Gensler’s Healing Kharkiv was awarded first prize.

02

Where would Healing Kharkiv be implemented?

The competition proposal focuses on Saltivka, a heavily damaged residential district of Kharkiv characterised by large Soviet-era apartment blocks and established neighbourhood communities.

03

How are damaged apartment blocks repaired?

A prefabricated external structural frame stabilises retained buildings and supports upgraded façades. It can also introduce winter gardens, additional escape routes and improved accessibility.

04

How does the design improve energy performance?

Balcony depths and glazing are adjusted according to orientation. Environmental modelling indicates approximately 30% energy savings while improving year-round comfort and reducing overheating risk.

05

How is rubble reused?

Material from buildings beyond repair can be processed locally into recycled concrete components for new construction, reducing landfill waste and reliance on imported materials.

06

Could Healing Kharkiv be used elsewhere?

The proposal is deliberately structured as a repeatable framework that can adapt to different building types and levels of damage across other Ukrainian neighbourhoods and cities.