Systems Thinking for Watershed Management
Trained as a water resources engineer, I examine the complex interactions within watershed systems to inform sustainable management and planning. My research encompasses surface and drinking water quality, groundwater transport, climate resilience strategies, and community-based engagement to address environmental and societal challenges.
BIOGRAPHY
I recently completed my Ph.D. in Civil and Environmental Engineering at the University of Massachusetts Amherst, where I used hydrodynamic modeling, spatial analysis, and risk assessment tools to study how the socioeconomic landscape influences exposure and adaptation to climate hazards. My research focused on the past and potential impacts of legacy contamination, sedimentation, and extreme weather on riparian ecosystems and environmental health. I also conducted socio-environmental analyses to identify risks to food, water, and energy systems, aiming to understand hydraulic linkages between socioeconomic factors and hazards to help communities navigate intersectional challenges posed by climate change. With a deep-rooted passion for environmental and climate justice, I actively engage in community outreach and service across the Northeast.
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As a water resources engineer and Assistant Professor of Engineering at Endicott College, I focus on creating pathways for students and young professionals to engage in research and experiential learning in water resources and environmental engineering. I serve as the Young Professional Director and Chair of the Young Professional and Student Committee for the New England Section of the American Water Works Association (AWWA), after previously serving as secretary and on multiple AWWA committees. Through these roles, I support professional development, networking, and mentorship opportunities for emerging engineers, bridging academic, consulting, and municipal perspectives.
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Outside of work, I have served as a leader in the National Society of Black Engineers (NSBE) for 10 years, most recently as an advisor to the UMass undergraduate chapter and founder of the Western Massachusetts Professional Chapter.
An Interdisciplinary Approach
Experience through collaborative engineering
My approach to watershed management is collaborative and interdisciplinary, addressing the complex challenges inherent in watershed systems. By integrating hydrological modeling, GIS, and remote sensing techniques, community interviews, and data analytics, I develop a comprehensive understanding of watershed dynamics and their implications for local operations. For my dissertation, I analyzed historical water quality and climate trends to forecast the impacts of climate change on riparian ecosystems, community infrastructure, and stakeholder properties. This work produced a detailed assessment of watershed health and resilience, informing community strategies for climate adaptation.
Through engagement with local, state, and federal stakeholders, I have gained a systems-level perspective on water resource management. Collaborating with communities, policymakers, and fellow researchers, I aim to advance sustainable practices that protect both environmental and societal interests. My research not only contributes to scientific knowledge but also emphasizes practical solutions that enhance watershed management, community resilience, and organizational effectiveness
