Hoshino Jinja Tapınak by Shigetaka Mochizuki

Hoshino Jinja Tapınak by Shigetaka Mochizuki is a highly esteemed winner of the very prestigious 2024 A' Design Award Gümüş Ödülü in Kültürel Miras ve Kültür Endüstrisi Tasarımı Competition Category.

GümüşKültürel Miras· 2024

Hoshino Jinja Tapınak

by Shigetaka Mochizuki

Client: Mochizuki Corporation

A' Design Award Gümüş Ödülü Winner in Kültürel Miras Category

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Verified Award Winner
Verify Award Status for #160556

Visit Site View at A' Design Award Press Release Award Badge

Colors

The Design

About Hoshino Jinja Tapınak

Hiçbir metal bağlantı elemanı kullanmayan geleneksel Japon yapım yöntemi, Ishiba inşaat tekniği ve modern yapısal analize dayalı limit dayanım hesaplaması gibi eski ve yeni teknolojileri birleştiren yenilikçi bir yaklaşımdır. Yatay ve dikey çizgilerden oluşan tasarım oldukça estetiktir ve özgün Japon estetik anlayışına dayanan çekici bir yapısal güzellik olarak nitelendirilmiştir.

The Recognition

About the A' Design Award Gümüş Ödülü

Hoshino Jinja Tapınak, A' Design Award Gümüş Ödülü kazananıdır; bu, göz alıcı, yüce ve etkileyici birinci sınıf tasarımlara verilen olağanüstü prestijli bir tanınırlıktır. Gümüş kazananlar, tasarımcılarının olağanüstü uzmanlığını, yeteneğini ve keskin zekasını gösteren son derece parlak ve çok yaratıcı eserlerdir. Hoshino Jinja Tapınak, harika, örnek gösterilen, dikkat çekici derecede profesyonel ve derinlemesine yenilikçi bir eser olması beklenir. A' Design Award Gümüş Ödülü kazanan bu tasarım, sanat, bilim, tasarım ve teknolojinin sınırlarına fayda sağlayan ve onları ilerleten oldukça dikkat çekici, beğenilen bir buluştur. Hoshino Jinja Tapınak, büyük kıskançlıkla bakılan, arzuları uyandıran, olumlu duygular getiren ve şaşkınlık ve hayranlık uyandıran bir yaratımdır.

Behind the Design

Press Kit

Credits, team members and technical details provided by the designer.

Unique Properties: The simple design of the new covered hall, with its copper-sheet roof, the main element of the shrine, gabled roof, and horizontal and vertical lines of the pillars, stiles, and footings, expresses the Japanese sense of beauty with a very high level of design. This building is open to those who study, manage, and use architectural techniques, and functions as a place to learn about such knowledge.
Dimensions & Packaging: Main applications Shinto shrine
Site area 0.402248ha
Building area 0.009565ha
Total floor area 0.009277ha
Maximum height 30.8395ft
Eaves Height 20.669ft
Tags: Mochizuki Corporation, Mochizuki Architects, Architectural Design Office, Shrine carpenter, traditional techniques, architect, Architect Builder,artisan,
Production Technology: The masonry structure employed in this building has the aptitude to resist earthquakes and typhoons without damaging the earth.
The building was calculated and planned using the limit capacity design method, which is based on the frictional and restorative forces resulting from the combination of members, a characteristic of wooden architecture. It is truly an epoch-making building that makes full use of traditional Japanese construction methods and new technologies.
Design Challenge: function and reflect its role without eclipsing the sacred building. The sensitive design solution was to emphasize simplicity and strength.
Research: The building has been used as a training site for university and technical college students, engineers, and prefectural and city officials to foster younger generations and pass on traditional techniques, and has been widely covered by the media through several public tours. As a result, it has become possible to sustain the traditional techniques of architecture. The use of local wood contributes to tradition, culture, industry, and the environment, and the shrine has become a local landmark.
Inspiration: The design, composed of horizontal and vertical continuous lines, is aesthetically pleasing and unique to Japanese architecture, and is considered an "attractive structural beauty.
An innovative approach that combines traditional Japanese construction methods that use no hardware at all with modern structural analysis and "limit strength calculations" to create buildings that will last for 100 or 200 years, blending old and new technologies.
Project Duration: The project started in August 2019 in Toyokawa City, Aichi, Japan and finished in December 2021
Location 102 Kamikaizu, Hirao-chou, Toyokawa City, Aichi, Japan, Aichi,
Operation Flow: Tradition evolves through innovations and is reborn as a new tradition.
Centuries-old traditional skills and craftsmanship combined with new modern practices and designs, will be bridging to a new traditional residential architecture, that carries on succession of skills.
Image Credits: Photographer, Yasuo Hagiwara