The present research examines the integration of architectural heritage with tensile membrane technologies as a pathway to sustainable urban regeneration. A theoretical framework is developed merging adaptive reuse with structural innovation, using interdisciplinary methods, literature review, and case studies. Tensile membranes, known for their lightweight, flexible, and reversible nature, are especially valuable in heritage contexts. Their visual transparency preserves modern functionality while enabling the visibility and integrity of historic architecture, pathing the way to become ideal for minimal-impact interventions. Computational simulations and material testing demonstrate the structural resilience and environmental performance of these systems. Findings reveal that tensile membranes reduce energy consumption, increase durability, and strengthen heritage conservation. The study suggests an evaluation framework to assist architects and planners in assessing membrane compatibility with existing structures. While this approach fosters balanced urban renewal, the research underscores its potential to drive economic revitalization as well as maintaining cultural identity. Future research will concentrate on applying these strategies to diverse climates and urban settings for comprehensive global application.

Architectural Heritage, Tensile Membrane Technologies, Sustainable Urban Regeneration, Structural Integration, Adaptive Reuse, Resilient Design