Urban resilience

Client

Countries of the world

Type

Social project

Year

2026

Size

Location

Ukraine

Services

Status

In development

Urban resilience

Mission

Transforming the urban environment to protect people's lives, ensure uninterrupted life, and adapt infrastructure to the challenges of wartime and global crises.

The essence of the project

It is a multidisciplinary ecosystem that combines engineering, security, environmental and social solutions to create cities that can withstand extreme loads, recover quickly and develop according to the principle of Build Back Better.

Project description

“Urban Resilience” is an interdisciplinary research initiative aimed at analyzing the impact of military threats on the urban environment and identifying factors that increase the level of security and adaptability of the city. The project combines urban planning, architecture, spatial analysis, civil protection and urban infrastructure research.

The basis of the work is the documentation of the consequences of strikes, analysis of the behavior of buildings and infrastructure under damage, as well as the identification of solutions that help reduce risks to the population and preserve the functioning of the city.

The project is analytical, applied and strategic in nature and is focused on the formation of recommendations for the future restoration, modernization and increase the resilience of Ukrainian cities.


Contents

  1. Warning Systems

  2. Navigation and Spatial Safety References

  3. Shelter and Protective Structures

  4. Impact Impact and Damage Analysis

  5. Recovery and Adaptation

  6. Psychological and Social Resilience

  7. Life Support Infrastructure

  8. Energy Security

  9. Environmental Safety and Cleanup

  10. Urban Management and Emergency Coordination

  11. Volunteerism and Community Support

Description of content

  1. We study how emergency warning systems work, from government sirens to local loudspeakers and mobile apps.

  2. We investigate how people can quickly find a safe place in case of an emergency. This includes signs to shelters, their colors, size and visibility in the dark.

  3. The focus is on different types of shelters, from old basements to modern modular structures.

  4. This area examines the effects of hits by different types of missiles and munitions, from Shahed drones to ballistic and cruise missiles.

  5. Practical solutions are considered for the rapid recovery of damaged buildings and areas. This includes temporary housing, conservation of destroyed facilities and reconstruction taking into account new security risks.

  6. After shelling, relief headquarters are deployed in the city, where people receive first psychological support, temporary housing and humanitarian assistance.

  7. The work of the city's critical systems during shelling and outages is examined - water, heat and electricity supply, transport, communications.

  8. Strikes on the power system showed the need for autonomous power supply and rapid restoration of networks. Generators, houses with their own power supply and critical infrastructure with separate lines worked during the blackouts.

  9. The behavior of the city after the strikes: disposal of rocket and drone debris, cleaning up hazardous materials, pollution prevention, standards for handling the ruins of historical buildings.

  10. Decision-making mechanisms in a crisis, interaction between services, communication protocols, the role of local administrations, condominiums, volunteers and public organizations.

  11. After the shelling, volunteers come to the rescue - clear the rubble, deliver water, food and basic necessities. How they help affected families, support headquarters and people who have lost their homes

Timeline

How we do it



Stage 1: Damage analysis

The consequences of hits from different types of missiles are being studied

Stage 2: Safety Navigation

Creating a navigation system to shelters during an alarm

Stage 3: Defensive structures

Various types and designs of modern shelters are being investigated.

Stage 4: Energy security

Autonomous power supply systems for networks during blackouts

Stage 5: Rapid recovery

Solutions are being considered for the prompt reconstruction of damaged buildings.

Other projects

Other projects that might inspire you

Ordering service—send us your question, and we will be happy to assist!

Ordering service—send us your question, and we will be happy to assist!

team

We are different — but we are united by our love for cities and the belief that architecture can be honest, functional, and humane.

Learn about our approach, philosophy and results

team

We are different — but we are united by our love for cities and the belief that architecture can be honest, functional, and humane.

Learn about our approach, philosophy and results

Volodymyr Savchenko

СЕО and founder

about me

He has developed and presented 15 urban development projects for Odessa since 2023

Mariia Poblinkova

Coordinator

Mariia Poblinkova

Coordinator

about me

Manages project implementation from idea to implementation. Ensures quality and adherence to deadlines

Stepan Nosal

Architect, urbanist

Stepan Nosal

Architect, urbanist

about me

Спеціаліст з інтер'єрного дизайну та візуалізації. Створює унікальні концепції житлових та комерційних просторів.

Ruslan Dashinsky

Architect, urbanist

Ruslan Dashinsky

Architect, urbanist

about me

Manages project implementation from idea to implementation. Ensures quality and adherence to deadlines

В'ячеслав Басюл

Architect, urbanist

В'ячеслав Басюл

Architect, urbanist

about me

Manages project implementation from idea to implementation. Ensures quality and adherence to deadlines

Artem Kasparyan

Lawyer, project ambassador

Artem Kasparyan

Lawyer, project ambassador

about me

Manages project implementation from idea to implementation. Ensures quality and adherence to deadlines