# Bangkok Project Studio's 'Non-Architecture' Community Pavilion

Thai architect Boonserm Premthada's Neramit Town-Hall Pavilion merges functionality with aesthetics through sustainable design principles.

- **Source:** [Core77](https://brifing.si/source/f6ad2371-dd12-4b4f-8976-2d2533729d9b)
- **Topic:** [Design & UX](https://brifing.si/c/design)
- **Original article:** <https://www.core77.com/posts/145171/Bangkok-Project-Studios-Non-Architecture-Town-Hall-Pavilion>
- **On Brifing:** https://brifing.si/s/048cf030-6c5a-4f62-bc81-5bb77934766a

## Where Functionality Meets Simplicity

Designed by Bangkok Project Studio founder Boonserm Premthada, the Neramit Town-Hall Pavilion embodies the 'non-architecture' philosophy. The structure uses standard 100x100mm square steel tubes measuring 6 meters, achieving zero construction waste through complete material utilization. The corrugated zinc roof prevents rainwater splash while providing natural ventilation. Premthada transforms industrial materials into aesthetic elements in this innovative design.

## Innovative Approach to Material Efficiency

The project's most striking feature is its waste-minimizing design strategy. Standard-sized steel tubes were used without cutting to prevent waste, with necessary cuts repurposed for the roof's uneven edges. This approach achieved 100% material usage efficiency compared to conventional methods. Premthada developed this technique inspired by deformed bars used in his 2019 project The Walk.

## Environmentally Conscious Solutions

The structure offers multiple sustainability advantages. All steel components are fully recyclable and can be disassembled for future reuse. The roof system creates layered sunlight during daytime while transforming into a giant lantern effect at night through interior light reflection. This design uniquely combines energy efficiency with aesthetic appeal.

## Climate-Responsive Architecture

The pavilion incorporates tropical climate solutions for Thailand. The wavy roof facilitates water drainage during heavy rains while large air gaps enable natural ventilation. Zinc materials were chosen for their durability in local conditions. Premthada merges traditional Thai wooden architecture forms with steel, creating a modern interpretation.

## Community Interaction Space

Designed as a multipurpose venue for Chon Buri's local community, the movable roof system allows flexible space configuration. This adaptability accommodates various event types. By day it serves as meeting space; by night becomes a gathering point for surrounding villages. The design fosters social connectivity in rural areas.

## Aesthetic Exploration with Industrial Materials

Premthada transforms ordinary construction materials into artistic expressions. Traditional materials like corrugated zinc sheets gain architectural value through innovative forms. The architect describes this as 'the art of creating extraordinary spaces with ordinary materials.' Local craftsmen collaborated in the construction process.

## Architectural Philosophy: 'Non-Architecture'

Premthada's 'non-architecture' concept builds on simplicity, accessibility and functionality. Structures should use local materials, remain low-cost and climate-responsive. The pavilion embodies these principles, reinterpreting traditional roof forms to express rural life through modern materials. The design questions conventional architectural values.

## Blueprint for Sustainable Architecture

This project responds to growing global environmental consciousness through architecture. Its waste-free design, energy efficiency and material circularity set new standards. Premthada's approach offers a model for low-budget, high-impact community centers in developing regions. The project contributes to sustainable development goals from an architectural perspective.

## Sources covering this story

- https://www.core77.com/posts/145171/Bangkok-Project-Studios-Non-Architecture-Town-Hall-Pavilion — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
