Calibrated Coexistence Bangunan Apartemen dek Masahiro Osaka

Calibrated Coexistence Bangunan Apartemen dek Masahiro Osaka adolah pamenang nan sangaik tahormat dari A' Design Award Gangsa 2026 nan sangaik prestigius dalam Kategori Kompetisi Arsitektur.

GangsaArsitektur· 2026

Calibrated Coexistence Bangunan Apartemen

dek Masahiro Osaka

Klien: Seiwa Corporation Co., Ltd.

Pamenang A' Design Award Gangsa dalam Kategori Arsitektur

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Pamenang Pangharogaan Taverifikasi

Verifikasi Status Pangharogaan untuak #177191

Caliak di A' Design Award Siaran Pers Lencana Penghargaan

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Tantang Calibrated Coexistence Bangunan Apartemen

Calibrated Coexistence adolah sapasang bangunan tampek tingga nan dilatakkan di kawasan pambangunan baliak kota. Duo struktur beton batulang tu manjulang satinggi 32,5 jo 43,3 meter sarato saliang baadok-adokan di sabarang jalan baru. Fasadnyo dibantuak dari layar modular kayu cedar nan digiliang jo aluminium anodized nan dipoles, dipasang dalam tigo kamiringan nan takalibrasi. Layar nan miriang tu maatur cahayo jo aliran udaro sarato manyaimbangkan privasi jo pamandangan nan tabukak. Sekat satinggi duo lantai di lantai dasar mambawok tanaman nan malanjuikkan kahijauan ka lanskap jalan.

Pangakuan

Tantang A' Design Award Gangsa

Calibrated Coexistence Bangunan Apartemen adolah pamenang A' Design Award Gangsa, sabuah pangakuan nan sangaik bapresti nan dibarikan ka rancangan nan cemerlang nan dicirikan dek kreativitas, kacerdikan jo kabijaksanaan. Pamenang Gangsa adolah karya nan cukuik mahir jo kreatif sacaro mangesankan nan mamastikan pangalaman nan luas, imajinasi jo kacerdikan parancangnyo. Calibrated Coexistence Bangunan Apartemen dipaokan manjadi bando nan sangaik dihormati, dikagumi jo disayangi, nan profesional jo inovatif sacaro nampak. Rancangan nan manang Gangsa iko mamuek praktik tabaik dalam seni, ilimu, rancangan jo teknologi jo cemerlang dalam parhatian ka rincian. Calibrated Coexistence Bangunan Apartemen mamanuhi kaparluan jo elok, manyantuah karinduan, mamikaik parasaan jo manarik raso ingin tahu.

Di Baliak Desain

Kit Pers

Kredit, anggota tim jo rincian teknis nan disadioan dek perancang.

Sifat Unik: Conceived as two interrelated structures shaping an emerging urban axis, the composition organizes depth and order through proportion, calibrated repetition, and controlled variation rather than formal excess. Layered surfaces register changing light and climate through contrasting tactile and reflective qualities interpreted in abstract form. Peripheral residential elements are restructured into spatial regulators that balance openness and discretion. Transitional zones support evolving domestic patterns while sustaining urban continuity. Technical precision and environmental responsiveness converge to establish enduring civic presence.
Dimensi & Kemasan: Two reinforced concrete residential structures rise to 32.5 m and 43.3 m, reaching widths of 29.7 m. Their envelopes are organized by modular 1.2 x 1.8 m screens composed of polished metal and natural timber, set in three calibrated inclinations. This system generates layered depth, moderates light and airflow, and strengthens pedestrian scale. Expanded base zones incorporate planting to extend greenery into the streetscape, supporting environmental performance and cohesive urban presence.
Tag: urban redevelopment, mixed-use residential, streetscape design, balcony partition innovation, landmark architecture, contextual design, sustainable materials, dynamic facade, community engagement, residential design
Teknologi Produksi: The facade employs CNC-milled cedar panels and high-gloss anodized aluminum sheets, precisely angled to optimize light reflection and privacy. Custom jigs ensured consistent 3-pattern balcony tilt. Structural steel subframes integrate double-height partitions at the ground floor, supporting greenery and reducing visual mass. Parametric modeling guided the material transitions from river-reflective aluminum to forest-inspired wood, enabling reproducible, context-responsive facades.
Tantangan Desain: The core challenge was turning simple balcony partitions into sculptural urban elements that visually link two buildings across the street. We balanced spatial continuity and material warmth with strict zoning, structural limits, and fabrication constraints. Inspired by the Tama River and Ikuta Forest, we engineered precise, layered facades that unify city and nature. Through legal, technical, and environmental obstacles, constraints became catalysts for a new urban landmark.
Penelitian: This study investigated how balcony partition design can transform urban residential facades. Using material experiments with cedar and reflective aluminum, 3D modeling, and site analysis, we tested variations across twin buildings. Results showed partitions enhance visual dynamics, connect interiors with surroundings, and create landmark streetscapes, demonstrating how thoughtful facade design elevates everyday rental housing, enriches community identity, and fosters human-nature interaction.
Inspirasi: The work originates from a critical reflection on how overlooked elements of everyday housing can be repositioned to influence urban character. Within a redevelopment district where two residential towers face each other across a newly introduced street, the situation presented an opportunity to reconsider how architecture contributes to collective identity rather than functioning as isolated volume.
The surrounding territory is defined by contrasting natural conditions, open water landscapes and dense woodland terrain. Instead of literal representation, these environmental qualities informed a study of reflectivity, tactility, and depth. Through the controlled interplay of luminous metal surfaces and natural timber textures, the envelope becomes a mediator between atmosphere and habitation, registering shifts in light and season while maintaining compositional discipline.
A central ambition was to question the conventional hierarchy of rental housing components. Elements typically regarded as secondary were evaluated as potential instruments of spatial articulation. By refining orientation, material calibration, and dimensional variance, the facade operates as an adaptive field that balances privacy, daylight access, and visual continuity.
Evolving patterns of urban life also shaped the design logic. As domestic and professional activities increasingly overlap, transitional outdoor zones assume greater importance. These spaces are treated as active thresholds that extend interior life toward the city while preserving individual autonomy. The architecture therefore supports flexible occupation without sacrificing coherence.
Ultimately, the work demonstrates that architectural distinction can emerge from precision rather than excess. Through the disciplined transformation of ordinary components, it advances a model of housing that contributes to urban memory, environmental responsiveness, and long term civic relevance.
Durasi Proyek: This project commenced in 2021 and, despite significant delays caused by a major hurricane, maintained its original design intent through close collaboration with local authorities, engineers, and the community. Certain elements were adapted to enhance disaster resilience. The development was successfully completed and delivered in 2024, exemplifying a resilient, context-sensitive, and community-integrated approach to contemporary residential architecture.
Alua Operasi: Residents interact with Marie6 & Marie7 through balconies that open outward or inward, connecting indoor life with the street. Adjustable partition panels in wood and reflective aluminum shift light and views, creating dynamic facades. Key points include material choice, panel angles, and balcony orientation. These elements enhance privacy, daylight, and street engagement, producing a lively, adaptable, and harmonious urban environment.
Anggota Tim: Producer : Hisashi Katsumata, Creative Director : Masahiro Osaka, Architectural Director : Satoko Shinohara, Designer : Taisuke Kaneko and Designer : Chisano Motohashi
Kredit Gambar: Image : Photographer : IT Image
Image : Video Credits : IT Image