Architecture project // Phase Change Materials and Precast Concrete Unite in Adaptable Urban Living Solutions

Phase Change Materials and Precast Concrete Unite in Adaptable Urban Living Solutions

Authors:

Yohanes Reginaldus Adi Purnomo,

Galih Bagaskara, Muhammad Arshy Oktafiansyah

Utilizing precast concrete and phase change materials, the design redefines urban living by creating adaptable, sustainable housing solutions that prioritize community engagement and efficiency.

5 key facts about this project

Integrates phase change materials to enhance indoor temperature regulation.

Utilizes precast concrete for rapid assembly and structural durability.

Incorporates rainwater harvesting systems for sustainable water management.

Features adaptive solar shades to optimize natural light and energy efficiency.

Designed with communal spaces to promote neighborly interaction and community cohesion.

General keywords

dubai housing modular sustainable community customizable residential solar urban efficiency

Project specific keywords

precisely environmental solar panels modular units rainwater systems adaptive shades phase change concrete community spaces energy efficiency

### Project Overview

Located in Dubai, UAE, Futurescapes is an architectural initiative that aims to redefine urban living through the integration of contemporary design and sustainable principles. The project features a network of modular housing units designed to be portable, customizable, and environmentally conscious, responding to the demand for efficient living solutions within an urban context. The layout is intentionally coordinated to foster community engagement and sustainability among residents.

### Spatial Configuration and Community Focus

The architectural arrangement comprises distinct zones that balance communal living with individual privacy. Each housing unit offers customizable features, accommodating the diverse needs of its residents while including essential amenities such as kitchens, living areas, and external terraces to encourage social interaction. Communal outdoor spaces are strategically integrated to facilitate gatherings and strengthen community ties. Furthermore, the design incorporates natural ventilation systems employing methods such as the thermal stack effect and wind-catcher modules to promote airflow and improve energy efficiency, thereby reducing reliance on mechanical cooling.

### Material and Construction Methodology

The project employs a selection of innovative materials to enhance sustainability and functionality. Precast concrete serves as a durable foundation, while high-efficiency solar panels contribute to energy generation and support the net-zero carbon goal. Lightweight structural elements facilitate higher mobility and adaptability of the units. The construction process is optimized for efficiency, encompassing precise site preparation, modular assembly of pre-manufactured units, and concurrent integration of plumbing and electrical systems, minimizing waste and construction time. The estimated construction cost is 2078 AED per square meter, with a projected completion timeframe of approximately one month.

Overall, the focus on high customizability, community-centric design, and the innovative use of materials and construction technologies positions Futurescapes as a potential benchmark for future urban developments.