Zalak Satyen Pandya

LA4010

Regen[Edge] : Buffer as an Armature

As cities expand, industrial areas often transition into residential neighborhoods, leaving the land in between with challenges like polluted soil and water. Regen[edge] aims to transform these vulnerable edges into functional spaces. By gradually cleaning up soil and water, adding green buffers, and creating features like rain gardens to recharge groundwater, the project ensures a safer environment for new communities. These spaces not only protect residents but also highlight the process of environmental restoration, helping people understand and engage with the transformation. Regen[edge] also focuses on integrating local communities, such as gamtals, into the process. It creates opportunities for jobs, blends traditional practices with innovative designs, and opens industrial spaces for public use. This approach makes the edges more inclusive, turning sharp divides into shared zones with green spaces and programs promoting sustainability. By reimagining urban-industrial boundaries as places of regeneration, the project fosters environmental healing, cultural exchange, and sustainable urban growth. This project serves as a model for cities tackling the challenges of industrial contamination and urban expansion.

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First impression : Fragments of Liquiscence - The diagram captures the dynamic nature of different type of edges and water.

Context and Analysis - Understanding history of site, natural layers and current situation.

Context and Analysis : Questioning the Proposed Development Plan

Programming and Conditioning - Identifying various stakeholders and layout.

Strategic Masterplan and cards as guideline for further design development

Pre-Monsoon Masterplan and sections demonstrating it's response to seasonality and change in experiences.

Post-monsoon Masterplan and sections demonstrating it's response to seasonality and change in experiences.

Addressing how will water flow on site and water calculation - Reconnecting stream and lake in the larger water system

Testing seasonality of the detailed site through flux and evaluating the resilience

Conclusion