Atma مبنى سكني by Rodrigo Kirck Rebelo is a highly esteemed winner of the very prestigious 2022 جائزة A' Design Award الحديدية in تصميم العمارة والمباني والهياكل Competition Category.

حديدالعمارة· 2022

Atma مبنى سكني

by Rodrigo Kirck Rebelo

Client: Itapema Empreendimentos

جائزة A' Design Award الحديدية Winner in العمارة Category

17,777

Verified Award Winner

Verify Award Status for #138475

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

Colors

The Design

About Atma مبنى سكني

أتما مبنى سكني صُمّم لموقع ساحلي في إيتابيما بالبرازيل. يرتفع المبنى 19 طابقًا حتى ارتفاع 65 مترًا، ويضم 39 شقة موسمية ضمن مساحة مبنية تبلغ 6,919.19 مترًا مربعًا. أُنجز الهيكل من الخرسانة المسلحة، في حين تجمع الواجهة بين ألواح بارامترية وإطارات وتشطيبات عالية التقنية. ويولّد المسقط المثلث كتلة منشورية تبدو متغيرة عند النظر إليها من زوايا مختلفة. كما تتيح المخططات المرنة للوحدات لكل ساكن تكييف الفضاء الداخلي وفق احتياجاته الشخصية.

The Recognition

About the جائزة A' Design Award الحديدية

Atma مبنى سكني هو فائز بجائزة A' Design Award الحديدية، وهي تقدير مرموق يُمنح للتصاميم الجيدة التي تلبّي المتطلبات المهنية والصناعية المنتظرة من الإبداعات حسنة التصميم. ويُظهر الفائزون بالحديدية مهارة كبيرة وتخصصًا عاليًا وفهمًا خبيرًا وقدرة إبداعية لدى صنّاعهم. ويُتوقع أن يكون Atma مبنى سكني إبداعًا عالي التقدير ومحل إعجاب وحب، عمليًا ومبتكرًا. وهذا التصميم الفائز بجائزة A' Design Award الحديدية يدمج أفضل ممارسات القطاع، وله خصائص تقنية كفؤة ترتبط بالدراية والموهبة. ويحظى Atma مبنى سكني بالاحترام لدقته، وقد صُمّم لتقديم تحسينات لجودة الحياة تساعد على جعل العالم مكانًا أفضل.

Behind the Design

Press Kit

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

Unique Properties: On the iconic facade, parametric modulation brings the design in constant motion. This parametric facade reflects the design concept aimed at the new generation. This was the conceptual beginning for the development of the project. The result is an ever changing building where people will always see a different design, thus creating a landmark for the city and for pedestrians, a new icon.
Dimensions & Packaging: Atma is a project for the construction of apartments for the season, totaling 39 units, 19 floors, 65 meters high and 6.919,19 m2 of built area.
Tags: Monolithic, Parametric, Innovation, Concrete structure, Sculpture, Icon, Urban Reference
Production Technology: Basically, Atma is based on the use of reinforced concrete throughout its structure, in contrast to the high technology of the parametric panels on the facade. We bring in this project the high technology of the frames and facade finishes as elements of formal appeal.
Design Challenge: The research has always been based on contemporary design, where the user is part of the process, even after the construction of the building. We seek in the conceptual bases of the participative design, the premises for the creation of this project, allied in the technological bases and the thought of the relationship of this project with the future.
Research: The design research focuses on the use of parameterization technology on the facades, with the aim of transforming the relationship of a residential building into a visual landmark on the beach that will be built. Data collection was carried out through the search for images of similar projects and monolithic design, presenting as a real result in business and society, the direct relationship of users and pedestrians, in and around them, as an icon.
Inspiration: This project was inspired by the parametric composition of panels that make up the facades, in a prismatic project, with a triangular shaped plant, in a complex shape for a residential building.
Project Duration: The project started in january 2021 in Itajai and was completed in December 2021 in Itajai, and construction began in January 2022 in the city of Itapema SC, Brazil, with the schedule for completion of the work for November 2024.
Operation Flow: Atma allows the user to have apartments in a young and modern condominium, close to the sea, with the characteristics of intelligent units plants that allow changes, according to the needs of each resident.
Team Members: Rodrigo Kirck
Katarine Schmitt
Alexandre Henrique Rodrigues