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Folded Geometry and Plywood Construction Create a Distinct Community Reading Space

Author:
Iana Shcherbakova
Folded Geometry and Plywood Construction Create a Distinct Community Reading Space

Project in-detail

Utilizing folded geometry and plywood construction, the pavilion creates an inviting public space for reading and community interaction in Munich's Kreativquartier.
5 key facts about this project
01
Utilizes a unique folding geometry inspired by origami to enhance structural aesthetics.
02
Incorporates photovoltaic solar panels to support energy efficiency and sustainability.
03
Features integrated seating and bookcases designed to promote community interaction.
04
Constructed primarily from plywood to minimize environmental impact during assembly.
05
Located in Kreativquartier, enhancing its role as a cultural and social hub in Munich.

The Origami Reading Pavilion in Kreativquartier, Munich, is a modern architectural project designed to serve as a community reading space and social hub. It is characterized by its innovative use of forms inspired by origami, reflecting a synthesis of art and functionality. The pavilion aims to create an inviting environment that encourages reading and interaction among users, while also integrating sustainable practices into its design.

The pavilion's design incorporates sharp, angular forms that mimic the folds and structures found in origami. These geometric shapes are not only visually appealing but also contribute to the architectural integrity of the space. The pavilion includes areas designated for seating, integrated bookcases, and accessibility features, making it suitable for a diverse range of users. Enhanced by solar panels on the roof, the building underscores a commitment to sustainability by utilizing renewable energy sources for its lighting and electrical needs.

Innovative Design Approaches

One of the unique aspects of the Origami Reading Pavilion is its approach to materiality. The primary materials include plywood boards, three-layer wood boards, a waterproof seal layer, steel plates, and flexible solar modules. This selection not only enhances the aesthetic quality of the pavilion but also emphasizes durability and functionality. The use of prefabricated components allows for an efficient construction process, reducing on-site assembly time and minimizing waste.

The integration of flexible solar modules showcases the project's commitment to sustainability and energy efficiency. By harnessing solar energy, the pavilion supports its intended use as a reading and gathering space, ensuring that it is operational throughout the day without reliance on conventional energy sources.

Architectural and Structural Features

The structural design of the pavilion is executed using a strip foundation, ensuring stability for the building. The design incorporates various functional elements, such as seating areas strategically placed to promote social interaction and relaxation. The interior features built-in bookcases thoughtfully designed to enhance user experience, providing ample space for users to engage with literature in a comfortable setting.

Seamless transitions between internal and external areas further reinforce the connection to the surrounding environment. Ramps facilitate accessibility, aligning the pavilion with contemporary standards for inclusive design. By prioritizing accessibility and user experience, the pavilion becomes not just a physical structure but a community resource that invites exploration and interaction.

For a comprehensive understanding of the architectural plans, sections, designs, and ideas that shaped the Origami Reading Pavilion, interested readers are encouraged to explore the project presentation further. Such insights can provide a deeper appreciation of the architectural approaches and innovations that distinguish this project within the realms of modern architecture.

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MICROHOME 10: Celebrating Small-Scale Living with €100,000 Prize Fund and Kingspan’s Innovation

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Competition organisers

The MICROHOME 10 competition invites participants to submit visionary designs for off-grid, modular microhomes that push the limits of sustainable, small-scale living. Organised by Buildner in partnership with Kingspan and Hapi Homes, this tenth edition sets the challenge of designing a dwelling for two people within a maximum floor area of 25 m², encouraging bold solutions adaptable to any urban or rural location. The competition continues Buildner’s mission to foster innovative approaches to compact, energy-efficient housing that can address pressing global challenges.

This year’s edition offers a generous total prize fund of €100,000, including the Kingspan Award for designs that integrate high-performance Kingspan products and the Hapi Homes Award for a project selected for real-world construction. In addition to cash prizes, the winners gain international exposure through Buildner’s media partnerships, publications, and a dedicated MICROHOME magazine, further amplifying their ideas to the wider architectural community.

Key dates for MICROHOME 10 include the closing date for registration on 25 September 2025, the submission deadline on 29 October 2025 (11:59 p.m. London time), and the announcement of winners on 9 December 2025. These milestones ensure participants have clear timelines to develop and present their concepts, with early registration discounts available to support students and emerging designers worldwide.

MICROHOME

Design a new small-scale home concept in the 10th edition of MICROHOME — 100,000 € prize + construction

100,000 € Prize Fund / Kingpsan Edition #10 ideas COMPETITION
Prize 100,000 € + Potential realisation
Eligibility Open to all
Final registration deadline 25 September 2025

Enter an open architecture
competition now

Buildner's Unbuilt Award 2025
Buildner's Unbuilt Award 2025
100,000€ Prize / 2025
Denver Affordable Housing Challenge
Denver Affordable Housing Challenge
Affordable Housing Series 19th Edition
The Architect's 
Chair
The Architect's Chair
Take a seat and make a statement! Edition #4
MICROHOME
MICROHOME
100,000 € Prize Fund / Kingpsan Edition #10
Kinderspace
Kinderspace
Architecture for Children’s Development #3
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