Refitable Ediscape: Intervensi Arsitektur Musiman Melalui Reka Atmosfer Ruang Tumbuh

Nathania, Rizky (2025) Refitable Ediscape: Intervensi Arsitektur Musiman Melalui Reka Atmosfer Ruang Tumbuh. Diploma thesis, Institut Teknologi Sepuluh Nopember.

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Abstract

Dalam era ini, adaptabilitas menjadi hal yang krusial dalam berbagai konteks, termasuk dalam bidang arsitektur. Adaptable architecture merupakan teori arsitektur yang membahas kapasitas sebuah bangunan untuk mengakomodasi secara efektif tuntutan yang terus berkembang dari pengguna dan lingkungannya sehingga dapat memaksimalkan nilainya di sepanjang kehidupan. Keahlian beradaptasi ini memiliki signifikansi yang besar dalam konteks arsitektur, di mana tujuannya adalah untuk memenuhi beragam tuntutan tanpa mengorbankan keberlanjutan lingkungan di lokasi perancangan. Tugas Akhir ini mengangkat konsep edible architecture yang merupakan upaya pengintegrasian arsitektur dan pangan dari sisi material. Integrasi ini menggunakan material berkelanjutan berupa tumbuhan sebagai living structure dan hewan (pendukung) dalam rangka merespon carbon footprint yang disebabkan oleh distribusi pangan serta material arsitektur itu sendiri. Dalam pengaplikasiannya, konsep ini menggunakan pendekatan edible-living architecture dengan metode adaptable:refitable, serta didukung dengan alat pemodelan 3D. Perancangan konsep ini mengintegrasikan arsitektur, tumbuhan, hewan, dan manusia sebagai pengguna secara langsung dalam satu ekologi ramah lingkungan di perkotaan. Rancangan diwujudkan dalam sebuah tipologi yang menggabungkan restoran, area biodiversitas, dan sekaligus wisata. Hasil penelitian menunjukkan bahwa pendekatan refitable dalam edible landscape memungkinkan modifikasi elemen rancang sesuai kebutuhan, musim, dan konsep tertentu, menciptakan ruang yang dinamis dan berkelanjutan. Integrasi reka atmosfer ruang tumbuh menghasilkan pengalaman ruang yang interaktif dan responsif terhadap siklus musiman dan pertumbuhan tanaman.
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In this day and age, adaptability is critical in many contexts, including the field of architecture. Adaptable architecture is an architectural theory that discusses the ability of a building to effectively adapt to the ever-changing needs of its users and environment, so that it can maximize its value throughout its lifetime. This adaptability has great significance in the architectural context, where the goal is to meet diverse demands without compromising the environmental sustainability of the design site. This final project raises the concept of edible architecture, which is an attempt to integrate architecture and food from a material perspective. This integration uses sustainable materials in the form of plants as living structures and animals (supports) to respond to the carbon footprint caused by food distribution and the architectural materials themselves. In its application, this concept uses an edible-living architecture approach with the adaptable:refitable method and is supported by 3D modeling tools. This concept design integrates architecture, plants, animals and humans as users directly into an environmentally friendly ecology in urban areas. The design is realized in a typology that combines restaurants, biodiversity areas and tourism. The research results show that the refitable approach in edible landscapes allows the modification of design elements according to specific needs, seasons and concepts, creating dynamic and sustainable spaces. Integrating the atmospheric design of the growing spaces creates a spatial experience that is interactive and responsive to seasonal cycles and plant growth.

Item Type:	Thesis (Diploma)
Uncontrolled Keywords:	adaptable architecture, arsitektur, edible architecture, living structure, musiman, architecture, seasonal
Subjects:	N Fine Arts > NA Architecture N Fine Arts > NA Architecture > NA2542.36 Sustainable architecture N Fine Arts > NA Architecture > NA2750 Architectural design. Q Science > QK Botany > QK731 Growth (Plants) S Agriculture > S Agriculture (General)
Divisions:	Faculty of Architecture, Design, and Planning > Architecture > 23201-(S1) Undergraduate Thesis
Depositing User:	Rizky Nathania
Date Deposited:	04 Feb 2025 07:07
Last Modified:	04 Feb 2025 07:07
URI:	http://repository.its.ac.id/id/eprint/118134

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