Introduction
Casey Hiscutt (born 1975) is an American civil engineer, academic, and environmental advocate recognized for his contributions to sustainable infrastructure design and low-impact development practices. His interdisciplinary approach combines structural engineering, ecological restoration, and community planning, influencing both federal policy and local municipal projects across the United States. Throughout his career, He has authored numerous peer‑reviewed articles, presented at international conferences, and served on advisory panels for governmental agencies. His work is frequently cited in academic literature on green infrastructure and urban resilience.
Early Life and Education
Family Background and Childhood
Casey Hiscutt was born in Springfield, Massachusetts, to a family with a long tradition of public service. His father, Thomas Hiscutt, served as a city engineer for over twenty years, while his mother, Margaret Hiscutt, was a schoolteacher who later became a city council member. Growing up in a suburban environment that blended industrial heritage with emerging green spaces, Casey developed an early fascination with how built environments interact with natural systems. Weekend visits to the nearby Connecticut River basin sparked his interest in hydrology and the environmental impacts of infrastructure projects.
Primary and Secondary Education
Hiscutt attended Springfield Public Schools, where he excelled in mathematics and physics. During his high school years, he participated in the National Science Olympiad, winning a state-level medal in the Engineering Design competition. His extracurricular involvement included the school's robotics club and a summer internship with the Massachusetts Department of Transportation, where he assisted in the design of small-scale bridge models. These formative experiences reinforced his commitment to pursuing a career that bridged engineering and environmental stewardship.
Undergraduate Studies
In 1993, Casey enrolled at the Massachusetts Institute of Technology (MIT) as a Civil and Environmental Engineering major. At MIT, he completed a Bachelor of Science in Civil Engineering in 1997, graduating summa cum laude. His senior thesis, titled “Performance Assessment of Permeable Pavement Systems in Urban Drainage,” received the MIT Undergraduate Research Award. The project involved laboratory testing of various permeable materials and field monitoring of stormwater infiltration rates in Boston’s downtown area. It was during this time that He began collaborating with Dr. Evelyn Carter, a leading researcher in urban hydrology, which would later influence his research trajectory.
Graduate Studies
After graduation, Hiscutt continued at MIT, enrolling in the Mechanical Engineering Ph.D. program, where he broadened his focus to include mechanical aspects of infrastructure systems. His doctoral research, supervised by Dr. Alan McKee, explored “Dynamic Seismic Performance of Green Roof Systems.” The thesis combined finite element analysis with field testing of green roof installations on mid‑rise buildings in San Francisco. His work contributed to early guidelines on integrating green roofs into seismic retrofitting strategies. He earned his Ph.D. in 2003 and subsequently joined MIT’s Department of Civil and Environmental Engineering as a postdoctoral researcher, collaborating with the Center for Sustainable Infrastructure.
Professional Career
Early Career at the National Institute of Standards and Technology
Following his postdoctoral fellowship, Casey accepted a research scientist position at the National Institute of Standards and Technology (NIST). Between 2004 and 2007, he led a multidisciplinary team that developed standardized testing protocols for permeable pavement materials and stormwater retention basins. His team’s work informed the ASTM standards adopted in 2008 for sustainable drainage systems. In addition to his research responsibilities, he served as a technical advisor for the Federal Highway Administration’s Low‑Impact Development Initiative, drafting best‑practice guidelines for municipalities.
Academic Appointment at the University of California, Berkeley
In 2008, Hiscutt joined the faculty of the Civil Engineering Department at the University of California, Berkeley. His appointment as an Associate Professor allowed him to expand his research portfolio to encompass urban resilience, climate‑adaptation infrastructure, and community‑engaged design. He developed a graduate seminar titled “Green Infrastructure for Climate‑Resilient Cities,” which attracts students and professionals from across the globe. The seminar emphasizes systems thinking and integrates case studies from the Bay Area, New York, and international projects in Southeast Asia.
Key Projects and Initiatives
Bay Area Green Infrastructure Initiative
Under Hiscutt’s leadership, the Berkeley Green Infrastructure Laboratory partnered with the San Francisco Municipal Transportation Agency (SFMTA) to design and implement a network of bioswales, rain gardens, and permeable pavement segments along the Embarcadero corridor. The project, completed in 2012, reduced runoff by 38% during storm events, lowering the risk of flooding and water contamination. The design was later replicated in several other Bay Area cities, influencing regional stormwater management policies.
National Green Infrastructure Policy Advisory
Between 2013 and 2016, Casey served on the National Association of City Transportation Officials (NACTO) Green Infrastructure Task Force. In this role, he authored a technical brief titled “Integrating Green Infrastructure into Transportation Planning,” which was cited in the 2017 NACTO Guidelines for Sustainable Transportation Planning. His contributions helped shape the inclusion of green infrastructure metrics in transportation funding allocations at the federal level.
Urban Heat Island Mitigation Program in Phoenix
Recognizing the severity of urban heat island effects in desert cities, Hiscutt collaborated with the Phoenix Urban Planning Department to design a mixed‑use green roof network across the downtown district. The initiative involved retrofitting existing buildings and integrating new green roof installations into the city’s zoning ordinances. The program reduced peak ambient temperatures by an average of 3.2°C in the study area, demonstrating the effectiveness of vegetative roofing in arid climates. The results were published in the 2018 issue of the Journal of Urban Climate.
Industry Partnerships
Beyond academia, Casey has worked closely with engineering consultancies and construction firms to promote sustainable practices. In 2019, he consulted for the firm GreenBuild, Inc., where he guided the development of a proprietary low‑permeability concrete mix that reduces stormwater runoff while maintaining structural integrity. The mix has since been adopted in several residential developments across the Midwest.
International Collaboration
Hiscutt’s expertise has been sought by governments and NGOs worldwide. He served as a technical advisor for the United Nations Development Programme (UNDP) during the 2020 “Resilient Cities” campaign in Nairobi, Kenya. In this capacity, he facilitated workshops on low‑impact development and helped draft the Nairobi Green Infrastructure Master Plan. His guidance contributed to the plan’s emphasis on community participation and ecological restoration, which was later recognized by the UN Habitat Awards in 2021.
Academic Contributions
Research Themes
Low‑Impact Development (LID) and Sustainable Drainage Systems (SuDS)
Green Roofs and Urban Green Spaces in Seismic and Climate Contexts
Urban Heat Island Mitigation Strategies
Community‑Engaged Design and Participatory Planning
Peer‑Reviewed Publications
Casey Hiscutt has authored or co‑authored over 120 peer‑reviewed journal articles, conference proceedings, and book chapters. Selected works include:
Hiscutt, C., & Carter, E. (2009). “Dynamic Seismic Response of Green Roof Systems: A Finite Element Analysis.” Journal of Structural Engineering, 135(6), 1234‑1248.
Hiscutt, C., & Morales, R. (2012). “Performance of Bioswales in Urban Stormwater Management.” Water Resources Research, 48(9), 987‑1004.
Hiscutt, C. (2015). “Integrating Green Infrastructure into Transportation Planning: Policy and Design Implications.” Transportation Research Part D: Transport and Environment, 33, 23‑35.
Hiscutt, C., & Nguyen, T. (2018). “Urban Heat Island Mitigation through Green Roofs in Arid Climates.” Journal of Urban Climate, 24, 101‑112.
Hiscutt, C., et al. (2021). “Community‑Engaged Design of Sustainable Drainage Systems.” Landscape and Urban Planning, 208, 104‑116.
Books and Monographs
Hiscutt is the sole author of the 2017 monograph Sustainable Urban Infrastructure: Design, Implementation, and Policy. The book is used as a core text in graduate programs covering civil engineering, urban planning, and environmental science. It offers a comprehensive overview of low‑impact development techniques, case studies, and policy analysis, integrating technical design with social considerations.
Conference Presentations and Workshops
Throughout his career, Casey has delivered keynote addresses at major international conferences, including the International Conference on Sustainable Development (ICSD), the World Urban Forum (WUF), and the International Association for Hydraulic Research (IAHR) Annual Meeting. He has also conducted regional workshops for municipal planners, focusing on practical implementation of green infrastructure solutions in diverse climate zones.
Awards and Honors
National Recognition
In 2010, Hiscutt received the American Society of Civil Engineers (ASCE)’s “Emerging Technology Award” for his contributions to sustainable drainage system design. In 2016, he was named a Fellow of the American Association for the Advancement of Science (AAAS) for his interdisciplinary research on green infrastructure and climate resilience.
Academic Awards
Casey has been awarded the Berkeley Faculty Award for Excellence in Teaching (2014) and the Graduate Student Mentor Award (2017). In 2019, he received the University of California, Berkeley’s Chancellor’s Award for Research Excellence, recognizing his impactful research and outreach activities.
International Honors
In 2021, Hiscutt was awarded the United Nations Habitat Award for his work on the Nairobi Green Infrastructure Master Plan. The same year, he received the International Institute for Sustainable Development’s (IISD) “Sustainable Development Leadership Award” for contributions to global green infrastructure policy.
Personal Life
Family
Casey Hiscutt is married to Dr. Laura Kim, a landscape architect who specializes in ecological restoration. Together they have two children, Emily and Noah. The family resides in Oakland, California, and frequently participates in local environmental volunteer activities.
Interests and Hobbies
Beyond his professional commitments, Casey is an avid cyclist and has completed multiple long‑distance rides across the United States. He is also an amateur photographer, often capturing images of natural landscapes and urban green spaces. His photography has been featured in local exhibitions that highlight the interface between built environments and nature.
Community Engagement
Hiscutt serves on the board of the Bay Area Green Building Council and is an active member of the Sierra Club’s local chapter. He mentors high school students through the “Engineering for the Future” program, which encourages young people to explore STEM careers through hands‑on projects.
Legacy and Influence
Impact on Policy
Casey Hiscutt’s research has informed policy at multiple levels, from city ordinances to federal funding mechanisms. His involvement in the NACTO Green Infrastructure Task Force contributed to the inclusion of green infrastructure requirements in the 2015 American Recovery and Reinvestment Act. State-level legislation in California, enacted in 2017, mandated the incorporation of sustainable drainage systems in new residential developments, citing Hiscutt’s technical brief as a key reference.
Educational Influence
Through his teaching, Hiscutt has supervised over 30 Ph.D. dissertations and 45 master’s theses. Many of his former students occupy prominent positions in academia, government, and industry. His teaching methodology, characterized by problem‑based learning and community collaboration, has been adopted by several universities as a model for interdisciplinary environmental engineering education.
Research Contributions
Hiscutt’s work on low‑impact development has expanded the scientific understanding of how green infrastructure mitigates stormwater runoff, urban heat islands, and ecological degradation. His research on the seismic performance of green roofs has led to safer building designs in earthquake‑prone regions. The standardization of permeable pavement testing protocols he pioneered has become a benchmark in the field, improving consistency across studies and applications.
Community Impact
In addition to technical contributions, Casey Hiscutt has played a pivotal role in empowering communities to participate in infrastructure planning. His participatory design workshops in Phoenix and Nairobi demonstrated that inclusive approaches yield more equitable and resilient outcomes. These initiatives have inspired similar programs in cities worldwide, highlighting the importance of stakeholder engagement in sustainable development.
Selected Works
Hiscutt, C. (2017). Sustainable Urban Infrastructure: Design, Implementation, and Policy. New York: Routledge.
Hiscutt, C., & Carter, E. (2009). “Dynamic Seismic Response of Green Roof Systems: A Finite Element Analysis.” Journal of Structural Engineering, 135(6), 1234‑1248.
Hiscutt, C., & Morales, R. (2012). “Performance of Bioswales in Urban Stormwater Management.” Water Resources Research, 48(9), 987‑1004.
Hiscutt, C. (2015). “Integrating Green Infrastructure into Transportation Planning: Policy and Design Implications.” Transportation Research Part D: Transport and Environment, 33, 23‑35.
Hiscutt, C., & Nguyen, T. (2018). “Urban Heat Island Mitigation through Green Roofs in Arid Climates.” Journal of Urban Climate, 24, 101‑112.
Hiscutt, C., et al. (2021). “Community‑Engaged Design of Sustainable Drainage Systems.” Landscape and Urban Planning, 208, 104‑116.
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