Architecture project // Charred Wooden Shingles and IVL Wood Forming Transit Hubs Along the Trans-Siberian Railway

Charred Wooden Shingles and IVL Wood Forming Transit Hubs Along the Trans-Siberian Railway

Authors:

Artem Alendeev, Kristina Ukhina

Utilizing charred wooden shingles and IVL wood, the design creates modular transit hubs along the Trans-Siberian railway, fostering community engagement and cultural exchange through flexible spaces for art exhibitions and essential services.

5 key facts about this project

Utilizes charred wooden shingles for enhanced durability and weather resistance.

Employs cross-laminated timber panels to improve structural integrity and sustainability.

Features a bent A-frame design that optimizes space and facilitates natural light.

Incorporates rainwater collection systems integrated into the structural design.

Each modular unit can be reconfigured to adapt to diverse user needs and functions.

General keywords

russia railway modules cultural community rest stops exhibition transit sustainability art

Project specific keywords

ivl wood tunnel module t-type cross-type facade blocks rainwater collection local exhibits intersecting spaces travel hubs community engagement

## Project Overview

The Itinerants is an architectural initiative located along the Trans-Siberian railway, designed to serve as a series of functional pit stops for travelers and locals. This project draws inspiration from the 19th-century Itinerants art movement in Russia, encapsulating both cultural engagement and community interaction. The intent is to create spaces that facilitate information exchange, leisure, and local exhibits, thereby offering a microcosmic experience of regional heritage and connectivity.

### Modular Design Strategy

The design employs a modular approach featuring three distinct types of modules: Tunnel, T, and Cross-type.

- **Tunnel-Type Module**: This module emphasizes linearity, akin to traditional railway tunnels, accommodating a variety of facilities, including cafes, information points, and restrooms.

- **T-Type Module**: Serving as an intersection, this configuration encourages movement and social interaction among users.

- **Cross-Type Module**: Designed for larger gatherings, this module supports extensive programs through open layouts that foster community engagement.

This modularity allows for adaptability based on site-specific requirements and enhances the usability of each location.

### Material Selection and Sustainability

A diverse array of materials has been chosen to balance aesthetic appeal, functionality, and sustainability within the design.

- **IVL Wood**: Provides thermal insulation while contributing to the overall visual warmth of the structure.
- **Facade Blocks**: Serve both decorative and structural purposes, enhancing the building's exterior while ensuring stability.
- **Insulation Panels, Multi-layered Floor Slab, and Roof Cover Panels**: These components are integral to the building's thermal performance and durability, with the roof designed to facilitate water collection.

The structural integrity of each module is supported by a robust core that accommodates various systems, including electrical, heating, and ventilation, while minimizing environmental impact. The overarching aim is to create a flexible and functional architectural solution that resonates with the surrounding culture and landscape.