Extended Abstract

Introduction

Rapid urbanization has exposed developing societies to a multifaceted array of economic, social, environmental, and public health challenges. According to United Nations projections, the proportion of the world's urban population is expected to reach 68% by 2050. In response to these urban transformations, concepts such as "healthy city," "healthy place," and "healthy neighborhood" have attained a pivotal position within urban planning studies. These approaches emphasize that health is not derived solely through medical care, but is deeply rooted in the quality of neighborhood environments where individuals live, work, commute, and engage in leisure activities. Urban planning, by virtue of its inherently spatial nature, maintains a close nexus with public health through mechanisms such as spatial organization, land-use decision-making, transportation system development, public space design, and environmental quality enhancement. Accordingly, understanding the health status of neighborhoods and identifying effective strategies for promoting public welfare have become fundamental components of urban planning and design. This study undertakes an evaluation of neighborhoods situated within the "Modares Innovation District," with a specific focus on health-oriented indicators. The Modares Innovation District, located in District 6 of Tehran Municipality, encompasses the densely populated and high-traffic neighborhoods of Fatemi and Jamalzadeh. This area, characterized by its concentration of healthcare facilities, mixed-use developments, cultural-artistic corridors, and knowledge-based institutions, possesses the latent potential to evolve into a health-oriented urban district. The primary objective is to localize the healthy neighborhood framework within the context of urban innovation districts, thereby demonstrating how rapid urban growth can be reconciled with development strategies grounded in the enhancement of citizens' health.



Methodology

The study adopts a descriptive-analytical research design and is applied in terms of its objective. Data were collected through library research, a comprehensive review of contemporary international literature on healthy neighborhoods, field observations, and a questionnaire-based survey. A simple random sampling method was employed, and the questionnaire items were developed based on the four principal dimensions of the conceptual framework. The study area comprises the Fatemi and Jamalzadeh neighborhoods within the Modares Innovation District, situated in District 6 of Tehran Municipality. The sample size, determined utilizing Cochran's formula, comprised 381 respondents, who were proportionally distributed according to the population of each neighborhood. Subsequently, the collected data were analyzed using SPSS software. Independent samples t-tests were conducted to compare the health status of the two neighborhoods, Pearson correlation coefficients computed to examine inter-variable relationships, and mean-based analyses employed for component ranking.

Results and Discussion

The assessment of health-orientation status in the neighborhoods of the Modares Innovation District was conducted based on four principal dimensions: (1) environmental health and resilience, (2) physical-functional characteristics, (3) accessibility and transportation, and (4) socio-economic attributes. Statistical analyses indicate that, overall, the neighborhoods of the Modares Innovation District exhibit relatively favorable conditions with respect to health-oriented urban components. However, the comparative analysis of Fatemi and Jamalzadeh neighborhoods reveals that land-use distribution, urban fabric quality, and functional pressure intensity play a significant role in shaping residents' health perceptions. The relatively superior condition of Fatemi neighborhood can be attributed to its greater physical coherence, public spaces’ higher quality, and more adequate access to the street network. Conversely, the presence of deteriorated urban fabric, high activity density, and traffic congestion in certain sections of the Jamalzadeh neighborhood has contributed to diminished urban environmental quality and, consequently, a lower level of perceived environmental health among residents. Overall, the findings suggest that although innovation district development can enhance urban infrastructure and improve service accessibility, the absence of health-oriented planning principles and spatial equity considerations may culminate in intra-neighborhood spatial inequalities. Therefore, integrating salutogenic urban design approaches with innovation district development policies can play a crucial role in promoting the quality of life and urban health.



Conclusion

This research was undertaken with the aim of evaluating health-oriented components within the neighborhoods of an innovation district. The results indicate that the overall status of health-oriented indicators within the survey area is relatively satisfactory; nevertheless, this condition does not signify the absence of challenges, but rather reflects the simultaneous coexistence of infrastructural and service capacities with deficiencies in safety, green space provision, social participation, and active neighborhood-level mobility. The comparison between the two neighborhoods revealed that Fatemi consistently outperforms Jamalzadeh across most indicators, a disparity that can be attributed to differentials in urban fabric quality, land-use distribution, green space accessibility, and activity intensity between the two areas. From a theoretical perspective, the research findings corroborate that innovation district development does not necessarily translate into concurrent and balanced enhancement of urban health indicators for residents. The concentration of trip-generating land uses within these districts, while fostering economic and scientific opportunities, may concurrently engender adverse consequences including increased traffic congestion, strain on urban infrastructure, environmental quality deterioration, and the erosion of social bonds at the neighborhood level. Consequently, the integration of health-oriented planning approaches with innovation district development policies is imperative—an approach wherein the quality of the physical environment, urban safety, equitable accessibility, sustainable transportation, social participation, and environmental resilience are considered as core elements of urban health.