An Enterprise-Wide Optimization System for Sustainable Regional Planning

This paper presents a sustainability-oriented model of urban planning developed to support the decision-making process for regional urban planning. The methodology employed in this approach and solution utilizes mathematical modeling. The model encompasses various systems within a city, including land use, public space, population, housing, economic sectors, facilities, employment, and transportation, emphasizing their interrelationships. The primary objective of the model is to identify strategies that promote the development of a harmonious and economically sustainable city, while ensuring equitable distribution of space. By simulating the intricate functioning of the city and analyzing the interplay between different zones, the model provides valuable insights. The findings and conclusions derived from this model can serve as a reference and guide for municipal authorities in formulating regulations, incentives, and simulating specific scenarios. Furthermore, it offers valuable advice to the city council on achieving an optimized distribution of territory. Ultimately, this model helps raise governmental awareness of the manifold benefits associated with the implementation of an optimized spatial zoning plan, thereby fostering sustainable development in the region.