Phil Hurvitz is a research scientist with a primary appointment in the UW Center for Studies in Demography and Ecology, and is an Affiliate Associate Professor in Urban Design & Planning in the University of Washington College of Built Environments Urban Form Lab. He received his PhD in 2010, and has been on the faculty since 2012. He specializes in the objective measurement and analysis of the built environment using GIScience methodology. His current research investigates the relationship between health-related behaviors and built environment at fine spatial and temporal scales. Using new-generation devices that measure activity and location in real time, the data are being used to find associations between the types of activities people engage in and the types of environments people use as they go about their daily lives. He collaborates with researchers specializing in nutritional epidemiology, exercise physiology, rehabilitation medicine, and psychology for the purpose of understanding the relationships between built environment, diet, and physical activity. Phil received a Master of Forest Resources degree in 1994 at the UW College of Forest Resources where he helped develop and implement a GIS for the Makah Indian Nation. His Bachelor’s degree (1983) is from Seattle University in Humanities. Prior to his current appointment, he worked as a GIS specialist for the College of Forest Resources, the City of SeaTac, the Seattle Water Department, and an instructor at the University of Washington and Green River Community College.
Research Theme: Safety & Health & Wellbeing
Scholarship on supporting human safety, health and well-being, from the individual, to built environment industries, to the region
Himanshu Grover
Himanshu Grover’s research focus is at the intersection of land use planning, community resilience, and climate change. Dr. Grover, is also the co-Director of the Institute for Hazard Mitigation and Planning at the College of Built Environments. Dr. Grover received his PhD in Urban and Regional Sciences from Texas A&M University. In his research, Dr. Grover examines inter-linkages between physical development, socio-economic concerns, and the natural environment. His research is primarily focused on planning for development of safe, equitable, and sustainable communities. Dr. Grover is broadly interested in climate change management (both mitigation and adaptation strategies), environmental and land use planning, social equity, urban infrastructure management, hazard mitigation, and community resilience. His research emphasizes place-based planning policies to balance economic, environmental and social priorities to achieve equitable development and enhance community resilience.
Dr. Grover has been a practicing planner for more than a decade and is a certified planner in India (ITPI), and in United States (AICP). He has received research funding from a number of agencies including National Science Foundation (NSF), Federal Emergency Management Agency (FEMA), and National Oceanic and Atmospheric Administration (NOAA). Dr. Grover is also a fellow of the prestigious NSF funded Enabling the Next Generation of Hazards & Disasters Researchers Fellowship Program (Round 4). Dr. Grover teaches courses in Research Methods, Comprehensive Planning, Land use and Infrastructure Management, Introduction to Emergency Management, and Introduction to Urban Planning. His recent research projects focus on pro-environmental decision-making, and adaptive planning for urban resilience. Dr. Grover also interested in issues related to social vulnerability, and environmental justice. More details about his ongoing research are available on his homepage.
Rachel Berney
Berney’s primary interests include community sustainable design and development in an international context; urban design and planning history and theory with an emphasis on social and environmental factors; and qualitative and quantitative research methods for evaluating the efficacy of urban form, including challenges of cross-cultural research. Specifically, she focuses on the history and contemporary conditions of urbanism and development in the Americas, with an emphasis on public space and the public realm. In particular, she examines the narrative roles that built landscapes play in: politics and society, ecology, and human health and well-being. Thus, first, her work on pedagogical urbanism in Latin America and the United States examines the use of public space to front city regeneration projects. Second, her work on visible ecology critiques and directs the development of eco-literacy in community design and development practices. Finally, her work on human health and well-being is currently being developed through her Mobile Cities project centered on public space investment and community mobility planning in metro transit station projects. These themes are linked by a focus on understanding, reading, critiquing, and modifying narratives in the built environment. Of particular interest is the concept of legibility, or comprehensibility, and whether legible environments are capable of shaping sustainable urban places, practices, and policies.
Marina Alberti
Marina Alberti is Professor of Urban and Environmental Planning in the Department of Urban Design and Planning at the University of Washington. She is Director of the Urban Ecology Research Lab and PI of the NSF Funded Research Collaboration Networks on Urban Eco-Evolutionary Dynamics. She teaches courses in Urban Science, Urban Ecology, Environmental Planning, Research Design, Geographic Information Systems, and Group Dynamic and Conflict resolution. Alberti’s research interests are in urban ecology and evolution. Her studies focus on the interactions between urban patterns and ecosystem function, urban signatures of evolutionary change, and the properties of cities that enhance their resilience and transformative capacity. She also leads research on urban ecological modeling, scenario planning, and urban ecological metrics to monitor progress and inform policy-making and planning. In her book Cities That Think like Planets (UW Press 2016), Alberti advances a science of cities that work on a planetary scale and link unpredictable dynamics to the potential for socio-ecological innovation.
Daniel Winterbottom
Daniel Winterbottom, RLA, FASLA, a landscape architect with a Bachelor of Fine Arts from Tufts University and a Master of Landscape Architecture from the Harvard Graduate School of Design and Professor of Landscape Architecture at the University of Washington. His firm, Winterbottom Design Inc., focuses their practice on healing/restorative gardens. His research interests include the landscape as a cultural expression, ecological urban design and the role of restorative/healing landscapes in the built environment. He has been published widely in Northwest Public Health, Places, the New York Times, Seattle Times, Seattle P.I., Landscape Architecture Magazine. He has authored “Wood in the Landscape” and has contributed to several books on sustainable design, community gardens, therapeutic landscapes and community service learning.
He has developed several programs including the participatory design design/build program in 1995 where with his students he works with communities to design and build projects that address the social and ecological concerns of the community. He has completed projects in Seattle, New York City, Bedford Hills New York, Mexico, Guatemala, Bosnia/Herzegovina and Croatia. In 2006 he developed the Healing Garden Certificate program at the University of Washington.
Andy Dannenberg
Andy Dannenberg holds joint appointments in the Department of Environmental and Occupational Health Sciences and in the Department of Urban Design and Planning where he teaches courses on healthy community design and on health impact assessment. He has a particular interest in the use of health impact assessments as tools to inform community planners about the health consequences of their decisions. For the past decade, Dannenberg’s research and teaching have focused on examining the health aspects of community design, including land use, transportation, urban planning, and other issues related to the built environment.
Before coming to Seattle, Dannenberg served as Team Leader of the Healthy Community Design Initiative in the National Center for Environmental Health at the Centers for Disease Control and Prevention (CDC) in Atlanta. He has served as Director of CDC’s Division of Applied Public Health Training, as Preventive Medicine Residency Director and as an injury prevention epidemiologist on the faculty at the Johns Hopkins University School of Public Health in Baltimore, and as a cardiovascular epidemiologist at the National Institutes of Health in Bethesda, Maryland.
Dannenberg completed a residency in family practice at the Medical University of South Carolina and was board certified in Family Practice (1982-1989). He is board certified in Preventive Medicine (1986-present).
Mehlika Inanici
Mehlika Inanici, Ph.D. is a Professor and the former director of the Design technology track of the Master of Science in Architecture program at the University of Washington, Department of Architecture.
The focus of her research is computational lighting design and analysis. The underlying presumption in her research and teaching is that analytical approaches employed throughout the design processes help architects envision the performance of their designs, accelerate and improve design decisions, and reduce the uncertainty of the outcome. A large body of her research centers on developing and utilizing computer-based (day)lighting analysis techniques and metrics that can facilitate occupant comfort, satisfaction, health, and productivity improvements, in conjunction with significant energy savings.
Inanici has authored or co-authored highly influential papers on the use of high dynamic range (HDR) photography to measure and evaluate existing environments and to conduct psychophysical studies on visual comfort and preference. Her work on lighting measurements with HDR photography was selected as one of the “25 classic papers” in the 50-year history of the Journal of Lighting Research and Technology (2018) among the 2048 papers published between 1969 to 2018. Some of her papers are on the most cited list in Leukos (the journal of Illuminating Engineering Society) and Lighting Research and Technology.
She developed Lark Multispectral Lighting tool in collaboration with ZGF Architects LLC. Lark is an open-source software to simulate the non-visual effects of light that entrains the human circadian system. She also co-developed hdrscope in collaboration with Viswanathan Kumaragurubaran.
Her research has been funded by the US Department of Energy, the Pacific Northwest National Laboratory, the University of Washington Royalty Research Fund, UW Built Environments Innovations Collaborative Grant, and the Nuckolls Funding for Lighting Education.
Prof. Inanici’s teaching focuses on graduate-level courses on building performance simulation (Arch 524 Design Technology V, Arch 582 Computational Lighting Research, and 598 Performance-Driven Design) and research methodologies. She supervises students from the Master of Architecture, Master of Science in Architecture, and the Ph.D. program in Built Environments.
Inanici has received her Ph.D. degree from the University of Michigan. She has Master of Science degrees both in Architecture (University of Michigan) and Building Science (METU), and a Bachelor of Architecture degree (METU). Previously, she worked at the Lawrence Berkeley National Laboratory in Berkeley California. Dr. Inanici is a member of the Illuminating Engineering Society, the International Commission on Illumination, and the International Building Performance Simulation Association.
Dean Heerwagen
Heerwagen’s abiding intellectual and professional interest is the identification of how buildings can be created to serve the occupants who will live and work within them. Thus, the principal goal of his work has been to characterize, first, the range and natures of activities which occupants wish or need to accomplish in buildings and, second, the types of services which should be present in buildings (i.e., to enable occupants to perform these activities). These services include, generally, means for ensuring the health and safety of building occupants, as well as means for supporting other human physical, physiological, and perceptual psychological requirements.
Throughout his teaching and research he has sought to acquire and communicate knowledge about how to design and construct buildings so that occupants have settings that satisfy these requirements. In his teaching, research, and writing he has concentrated on how the presences of heat, light, sound, and good air quality in buildings can be controlled so that occupants can be assured comfortable environments which operate efficiently. In his work he seeks to examine and describe how to create buildings whose internal environments are well-conditioned (i.e., to suit occupants’ needs and wishes). Basic examples of what he addresses include how to establish buildings that are thermally comfortable, well-daylighted, suitably quiet (while also enabling good communication by speech and music), and adequately ventilated. Necessarily, achievement of these performance attributes can rely, for instance, on various active control systems (e.g., mechanical and electrical systems) or on passive devices.
Heather Burpee
Heather Burpee, Research Professor at the University of Washington Integrated Design Lab, is a nationally recognized scholar in high-performance buildings — buildings that reduce energy and promote healthy indoor environments. Her work bridges practice, research, and education with collaboration between practitioners, faculty, and students. Her research addresses both qualitative and quantitative aspects of buildings including tracking health impacts and synergies between environmental quality, natural systems, sensory environments, and energy efficiency. She has led several efforts to create protocols for performance-based tracking and auditing for hospitals, higher education, and commercial buildings. She regularly applies these roadmaps in practice, consulting with leading design teams nationally that are charged with implementing high-performance buildings.
As the Director of Education and Outreach at the UW IDL, she leads a tour program at the Bullitt Center “The World’s Greenest Building,” and develops curriculum and implementation of other educational opportunities related to high-performance buildings to multi-faceted audiences. Heather is a Pacific Northwest native and received her Master of Architecture degree from the University of Washington College of Built Environments and her undergraduate degree in biology from Whitman College.
Gundula Proksch
Gundula Proksch is a scholar, licensed architect, and Professor in the Department of Architecture and Adjunct Professor in the Department of Landscape Architecture. She is the Founding Director of the Circular City + Living Systems Lab (CCLS), an interdisciplinary research group investigating transformative strategies for sustainable urban futures. The CCLS leverages research and design methods to investigate the potential of synergetic systems to apply circular economy principles and integrate living systems in buildings and cities. These approaches produce and circulate resources within the food-water-energy nexus toward efficient, just, and sustainable urban built environments.
Professor Proksch is the Principal Investigator of the National Science Foundation (NSF) funded research project “Belmont Forum Collaborative Research: CITYFOOD.” As part of an international research consortium, with partners in Germany, Sweden, Norway, the Netherlands and Brazil, CITYFOOD investigates the potential of integration of aquaponic systems into cities on a broad scale, as an innovative solution to mitigate daunting environmental, economic, and social challenges. Her book Creating Urban Agricultural Systems: An Integrated Approach to Design (Routledge, 2017) is the first source book on how to approach urban agriculture from a systems perspective. It explores the ways urban farms provide integrated environmental systems, innovative operational strategies, and design approaches to create environmentally sound and economically viable urban agricultural operations.
Professor Proksch’s interdisciplinary sustainability research builds on her professional experience spanning fifteen years of practice in Europe and the United States. She practiced with renowned architects, David Chipperfield in London and Richard Meier, Stan Allen and Roger Duffy of SOM in New York. She holds a Master of Architecture from Cornell University and a master-level degree from the Technical University Braunschweig in Germany. She received a DAAD scholarship for independent studies at the Swiss Federal Institute of Technology, ETH Zurich in Switzerland.