Architecture project // Cross-Laminated Timber Panels and Charred Wood Enhance Urban Living in a Community-Centric Environment

Cross-Laminated Timber Panels and Charred Wood Enhance Urban Living in a Community-Centric Environment

Authors:

Mikołaj Józef Michalak, Bartłomiej Warmiak, Dominik Bartnik

Leveraging cross-laminated timber panels and charred wood finishes, the design fosters a harmonious urban environment while providing versatile residential units tailored for community living.

5 key facts about this project

Cross-laminated timber panels provide structural integrity and thermal efficiency.

Charred wooden shingles enhance durability while acknowledging local building traditions.

The bent A-frame design optimizes interior space and maximizes natural light.

Community-centric planning includes shared green spaces and pedestrian pathways.

Modular construction methods reduce waste and improve build time efficiency.

General keywords

kharkiv residential sustainability community recreation urban prefabrication housing ukraine greenery

Project specific keywords

cross-laminated reinforced concrete cultural motifs green spaces pedestrian paths community terraces modular units heat pumps urban regeneration water management

## Project Overview

Located in the Saltivka district of Kharkiv, the Karkiv Fenix project is designed to revitalize residential areas impacted by historical and contemporary conflicts in Ukraine. Its primary goal is to enhance living standards and foster a sense of community by modernizing existing prefabricated concrete structures. The design integrates elements of Ukrainian cultural heritage to create a harmonious blend of aesthetics and functionality, embodying themes of hope and resilience.

## Spatial Strategy and Community Integration

The spatial configuration offers a range of residential unit sizes—35 m², 50 m², 70 m², and 95 m²—catering to diverse family needs and promoting inclusivity. This adaptability is crucial for supporting post-conflict recovery. Community engagement is further enhanced through features such as underground parking to reduce street congestion and shared public amenities, including open spaces and pedestrian pathways, which encourage social interaction among residents.

## Material Selection and Sustainability Initiatives

The project employs a thoughtful selection of materials to reflect both sustainability and cultural significance. Cross-Laminated Timber (CLT) is used to enhance structural integrity and thermal performance, while prefabricated reinforced concrete allows for innovative interior layouts. Additional elements like PIR insulation boards and energy-efficient window joinery contribute to overall energy conservation. Renewable energy solutions, including solar panels and heat pumps, support environmental sustainability and promote an eco-conscious living philosophy. The integration of natural water management systems fosters ecological balance within the urban landscape.