Kaiserstrasse Төп функция: Торак бина by Nicholas Alencar

Kaiserstrasse Төп функция: Торак бина by Nicholas Alencar is a highly esteemed winner of the very prestigious 2026 A' Design Award Бронза бүләге in Архитектура, Бина һәм Төзелмә Дизайны Competition Category.

БронзаАрхитектура· 2026

Kaiserstrasse Төп функция: Торак бина

by Nicholas Alencar

Client: Alencar

A' Design Award Бронза бүләге Winner in Архитектура Category

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The Design

About Kaiserstrasse Төп функция: Торак бина

Kaiserstrasse — Бразилиянең Блуменау шәһәрендәге җиде фатирлы торак бина, ул йортның шәхси тормыш иркенлеген вертикаль торакның өстенлекләре белән берләштереп, шәһәр тормышын яңача билгели. Һәр тулы катлы фатир иркен террасаларга, шәхси бассейннарга һәм эчке үсемлек савытларына ачыла, фасадны вертикаль бакчага әйләндерә. Ачык беренче кат шәһәр белән аралашуга чакыра, ә уртак түбә исә бүлешеп ял итү мөмкинлеге һәм панорамалы күренешләр тәкъдим итеп, шәхси тормыш, җәмгыять һәм тотрыклылык арасында тигезлек саклый.

The Recognition

About the A' Design Award Бронза бүләге

Kaiserstrasse Төп функция: Торак бина – A' Design Award Бронза бүләге җиңүчесе, бу иҗат, зирәклек һәм үткенлек белән аерылып торган күренекле дизайннарга бирелә торган бик абруйлы танып белү. Бронза җиңүчеләре – үз дизайнерларының киң тәҗрибәсен, фантазиясен һәм тапкырлыгын раслаучы бик остаз һәм искиткеч иҗади артефактлар. Kaiserstrasse Төп функция: Торак бина югары бәяләнгән, соклана торган һәм яратыла торган, игътибарга лаеклы профессиональ һәм яңа әйбер булыр дип көтелә. A' Design Award Бронза бүләге җиңүче бу дизайн сәнгатьтә, фәндә, дизайнда һәм технологиядә иң яхшы практиканы үз эченә ала һәм детальләргә игътибарлылыгы белән искиткеч. Kaiserstrasse Төп функция: Торак бина ихтыяҗларны искиткеч канәгатьләндерә, теләкләргә кагыла, хисләрне сокландыра һәм кызыксынуны җәлеп итә.

Behind the Design

Press Kit

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

Unique Properties: Kaiserstrasse is a seven-unit residential building that redefines urban housing by blending the privacy and richness of a house - verandas, courtyards, vegetation - with the advantages of vertical living. Each unit occupies a full floor, with private outdoor spaces and mature trees growing from the slabs. Located on a historic avenue once lined with villas, the building uses parametric design to create stepped, dynamic forms that maximize natural light and airflows.
Dimensions & Packaging: Total built area: 4,973 square meters. The building rises with a stepped form, housing seven full-floor apartments with terraces, private pools, and integrated vegetation. Structure: cast-in-place reinforced concrete. Façade: floor-to-ceiling glazing with brise-soleils. Features include natural cross ventilation, smart irrigation, and communal rooftop amenities.
Tags: Residential, Building, Architecture, Brazil, Residential Building, Residential Architecture, Vertical Garden, Parametric Design, Adaptive Layout, Private Pools
Production Technology: The project was realized through cast-in-place reinforced concrete combined with integrated planters in the slabs. Parametric design tools guided solar and ventilation studies, ensuring environmental performance. Structural cores and minimized internal load-bearing walls enabled open, adaptable layouts. Local, durable materials with low embodied carbon were prioritized.
Design Challenge: The greatest challenge was reconciling strict setback regulations with the desire for generous terraces and openness. Instead of limiting the design, the rules shaped its sculpted form. Additional challenges included integrating mature trees into structural slabs, balancing privacy with community, and ensuring sustainability with local construction techniques.
Research: Applied architectural research focused on integrating house-like qualities into high-density housing. Objectives included maximizing light, ventilation, and biodiversity. Methods: solar studies, parametric modeling, and structural experimentation. Data came from environmental simulations and code interpretation. Results: adaptable layouts, reduced energy demand, and a façade as a living vertical garden. Insights highlight sustainable, community-oriented urban housing.
Inspiration: The project was inspired by the historic avenue once lined with villas, where gardens and verandas defined daily life. The motive was to reinterpret these qualities—privacy, openness, vegetation—within a vertical structure, blending the comfort of a private house with the convenience of urban apartment living. Strict setback regulations also shaped the building’s sculpted, stepped form.
Project Duration: The project started in 2020 in Blumenau, Santa Catarina, Brazil, and was completed in March 2025. Located on Alameda Rio Branco, one of the city’s most historic avenues, the building embodies a contemporary reinterpretation of the street’s traditional villas while proposing a new vision for urban living.
Operation Flow: Each resident experiences the privacy of a house with the benefits of collective living. Apartments flow seamlessly from interior to large terraces and pools, creating indoor-outdoor living. The open ground floor reconnects the building with the city, while the shared rooftop offers leisure and gathering space, encouraging community interaction.
Image Credits: Image #1: Leonardo Finotti, Kaiserstraße, 2025
Image #2: Leonardo Finotti, Kaiserstraße, 2025
Image #3: Leonardo Finotti, Kaiserstraße, 2025
Image #4: Leonardo Finotti, Kaiserstraße, 2025
Image #5: Leonardo Finotti, Kaiserstraße, 2025