18 research outputs found

    Developing a Model Curriculum for a University Course in Health Impact Assessment in the United States

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    As Health Impact Assessment (HIA) become increasingly common in the U.S. there is growing demand for instruction beyond sho1i courses and online training. As of October 2013, there are graduate level courses that include instruction on HIA in at least 17 universities in the U.S., including 4 courses that focus explicitly on HIA. Instructors of these four courses collaborated to develop a model curriculum for teaching HIA that draws on a framework for experiential learning and on a theoretical model of curriculum formulation. This article includes an in-depth analysis of these courses and presents a model curriculum for HIA instruction during an academic quaiier or semester course in a University. This model curriculum may help faculty develop a graduate level HIA course at their institution, as well as inform public health and community design professionals interested in building capacity to conduct HIAs, and students considering taking an HIA course. International instructors could also learn from the U.S. experience, and apply the model curriculum to their setting and educational structure.This work was supported in part by the Johns Hopkins Bloomberg School of Public Health Faculty Innovation Fund

    Taxonomy of religious and secular nonprofit organizations: Knowledge development and policy recommendations for neighborhood revitalization

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    This dissertation is a taxonomy of the role religious and secular nonprofit organizations (NPOs) play in the revitalization of high-poverty neighborhoods. The research contributes to existing knowledge of inner-city revitalization, collaborative planning, organizational theory, and social capital. This study considers the historical policy changes and the resulting growth of the current devolutionary environment that gave rise to Charitable Choice legislation. The organizations emphasized in this study include nonsectarian community-based organizations (CBOs) and both congregations and faith-based organizations (FBOs). The Lower North Philadelphia study area is representative of high-poverty neighborhoods found in other cities and has a significant concentration of congregations, community development corporations, FBOs and other community groups. This work is based on empirical data that documents policy-makers\u27 reliance on local community institutions for social service provision. Analysis includes qualitative and quantitative methods combined with spatial evaluation using Geographic Information Systems (GIS) technology. Findings indicate that, on average, the religious side of the nonprofit sector exhibits a strong presence in communities, contributing substantial amounts of social and physical service delivery. These congregations and FBOs serve equal numbers of people, with significantly smaller budgets. The findings also demonstrate higher densities in the community compared to the major thoroughfare where secular CBOs locate. Policy recommendations stemming from this research emphasize enhancing access to public resources through technical assistance and capacity building. Future study includes additional analysis of individual findings, and the replication of this research in other communities that share similar characteristics. This dissertation contributes to scholarship by further documenting such efforts and by comparing and contrasting the effectiveness of NPOs by type, policies, and practices

    Taxonomy of religious and secular nonprofit organizations: Knowledge development and policy recommendations for neighborhood revitalization

    No full text
    This dissertation is a taxonomy of the role religious and secular nonprofit organizations (NPOs) play in the revitalization of high-poverty neighborhoods. The research contributes to existing knowledge of inner-city revitalization, collaborative planning, organizational theory, and social capital. This study considers the historical policy changes and the resulting growth of the current devolutionary environment that gave rise to Charitable Choice legislation. The organizations emphasized in this study include nonsectarian community-based organizations (CBOs) and both congregations and faith-based organizations (FBOs). The Lower North Philadelphia study area is representative of high-poverty neighborhoods found in other cities and has a significant concentration of congregations, community development corporations, FBOs and other community groups. This work is based on empirical data that documents policy-makers\u27 reliance on local community institutions for social service provision. Analysis includes qualitative and quantitative methods combined with spatial evaluation using Geographic Information Systems (GIS) technology. Findings indicate that, on average, the religious side of the nonprofit sector exhibits a strong presence in communities, contributing substantial amounts of social and physical service delivery. These congregations and FBOs serve equal numbers of people, with significantly smaller budgets. The findings also demonstrate higher densities in the community compared to the major thoroughfare where secular CBOs locate. Policy recommendations stemming from this research emphasize enhancing access to public resources through technical assistance and capacity building. Future study includes additional analysis of individual findings, and the replication of this research in other communities that share similar characteristics. This dissertation contributes to scholarship by further documenting such efforts and by comparing and contrasting the effectiveness of NPOs by type, policies, and practices

    Health Impact Assessment in the United States

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    XXIII, 229 p. 77 illus.online resource

    Health Research in the SimTigrate Design Lab

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    Presented on November 9, 2017 from 11:00 a.m. to 12:00 p.m. in the Georgia Tech Architecture Library.PRESENTATION TITLE: "Health Research and ID." Roger Ball is a professor in the School of Industrial Design at Georgia Tech.PRESENTATION TITLE: "Collaboratively Designing Healthy Places". Nisha Botchwey is an Associate Professor in the School of City and Regional Planning at Georgia Tech.PRESENTATION TITLE: "Health and Design Symposium". Jon Sanford is a Professor in the School of Industrial Design and director of the Center for Assistive Technology and Environmental Access (CATEA) at Georgia Tech.PRESENTATION TITLE: "Health Research in the SimTigrate Design Lab". Craig Zimring is a Professor in the School of Architecture and director of the SimTigrate Design Lab at Georgia Tech.Runtime: 64:19 minutesResearch related to health is the largest segment of the College of Design’s research portfolio. This forum will describe several active programs of research related to health and design and examine the intersections among them for potential collaborations

    Health Systems: The Next Generation 2019 - Rapid Fire Research Presentations

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    Presented on November 12, 2019 at 12:30 p.m. in the Kendeda Building for Innovative Sustainable Design, Auditorium.Nisha Botchwey is an Associate Professor of City and Regional Planning and Director of the Healthy Places Lab in the College of Design at the Georgia Institute of Technology.Dr. Yajun Mei is a co-director of Biostatistics, Epidemiology, research Design (BERD) at Georgia Tech for Georgia Clinical & Translational Science 8 Alliance (Georgia CTSA) since 2018, the president of Georgia Chapter of American Statistical Association in 2018-2019, and the director of Master of Science in Statistics for the School of Industrial and Systems Engineering since 2018. Dr. Mei’s research interests include change-point problems and sequential analysis in Mathematical Statistics; sensor networks and information theory in Engineering; as well as longitudinal data analysis, random effects models, and clinical trials in Biostatistics.Dr. Dima Nazzal is responsible for project-based learning in the Industrial Engineering undergraduate curriculum, including the capstone senior design course, and the development and delivery of early design course for sophomores. Her research focuses on the development and application of analytical models to guide decision making in discrete event logistics systems, including semiconductor wafer fabrication facilities, pharmaceutical order fulfillment and distribution centers, energy infrastructure systems, and fresh supply chains.Leanne West, MS, is a Principal Research Scientist and the Chief Engineer of Pediatric Technologies for Georgia Tech. As Chief Engineer, she coordinates research activities related to pediatrics across campus and serves as the technical liaison for the partnership with Children’s Healthcare of Atlanta.Yao Xie is an Associate Professor at Georgia Institute of Technology in the H. Milton Stewart School of Industrial and Systems Engineering since 2013. Her research interests are statistics, machine learning, and signal processing, in providing the theoretical foundation as well as developing computationally efficient and statistically powerful algorithms.Runtime: 70:32 minute

    The Safe Systems Pyramid: A new framework for traffic safety

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    Introduction: Civil engineers play an outsize role in shaping the built environment, which plays an outsize role in health, especially in transportation safety. While there is growing interest in integrating public health and transportation engineering and planning to improve safety outcomes, existing efforts fall short. Method: We review prior efforts to integrate public health into transportation safety, and frameworks from injury prevention and control and risk management. Result: Based on the Hierarchy of Controls and the Health Impact Pyramid, we present a framework for prioritizing policies and interventions, known as the Safe Systems Pyramid, that contains five ascending levels – Socioeconomic Factors, Built Environment, Latent Safety Measures, Active Measures, and Education. The levels of the framework prioritize increased population health impact and decreased individual effort. Conclusions: Frameworks like “The 3 E’s” emphasize collaboration rather than a change in thinking and action among transportation safety professionals, and do not prioritize specific actions. We argue that Vision Zero and other “Safe Systems” prioritize implementation of policies, programs, and infrastructure to increase population health impact by considering the individual effort necessary to obtain a protective effect. Practical applications: This framework is designed to shift the thinking of engineers, planners, and policy makers that shape the transportation system. We conclude this work by applying the Safe Systems Pyramid to a hypothetical Vision Zero program, highlighting how the framework can be used to prioritize efforts using a Safe Systems approach
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