### Overview

Located in an urban area characterized by socio-economic disparity, the Apple Hill project addresses the critical need for social housing in cities like New York. With a focus on sustainable living and community engagement, the development seeks to create an environment that not only provides essential housing but also encourages public involvement and agricultural practices.

### Spatial Dynamics and Community Integration

The project emphasizes the importance of communal spaces to foster social interaction among residents. Open areas, shared corridors, and communal gardens are strategically designed to facilitate engagement within the community. The layout enhances connectivity with surroundings, while the thoughtful placement of living units optimizes natural views towards the East River, contributing to residents' overall quality of life.

To further promote communal interaction, Apple Hill incorporates farming terraces and roof gardens. These spaces are designed to combat urban food deserts, offering a venue for residents to cultivate food while forming strong community ties. The integration of both private and communal circulation routes ensures accessibility and ease of movement, balancing individual privacy with a supportive communal environment.

### Material Selection and Construction Methodology

The project employs an array of materials selected for their performance and ecological value. Corten steel adds structural integrity and visual interest, while C-section steel studs provide essential framing for modular units. Mineral wool insulation enhances energy efficiency through thermal and acoustic performance. Plywood, utilized in various thicknesses, contributes to a lightweight yet sturdy construction, and Fliteline board offers cost-effective functionality. Additionally, rubber gaskets ensure waterproofing and insulation, vital for the structure's durability.

A modular construction approach is adopted to streamline assembly and minimize disruptions during the building process. This method not only allows for efficient transportation of components but also aligns with the project's goal of meeting the growing demand for affordable housing solutions adaptively.