NYC-Based Eco-Engineering
Auroran Environmental specializes in ecological and habitat restoration, stormwater management, flood risk reduction, climate adaptation, and environmental resilience. With a strong foundation in hydrologic and hydraulic (H&H) modeling, and nature-based and hybrid infrastructure design, it delivers data-driven solutions that enhance urban resiliency, protect communities from flood risks, and support long-term environmental sustainability.
Kimberly DiGiovanniPresident
Elsa LoehmannPrincipal
Kyle TaylorSenior Project Manager
Planning, designing, and evaluating habitats to restore ecological functions and support critical ecosystems.
Developing tailored design strategies and implementation plans for restored aquatic and terrestrial ecosystems.
Conducting scientific evaluations, field assessments, and delineations of critical habitats.
Designing innovative drainage and treatment solutions to manage urban runoff and improve water quality.
Implementing bioretention, bioswales, and porous pavements using Low Impact Development technologies.
Using advanced modeling techniques to analyze water flow and support infrastructure design.
Engineering solutions to mitigate urban and riverine flooding and protect coastal communities.
Utilizing natural systems and hybrid structures to prevent erosion and manage floodwaters.
Helping habitats and urban communities adapt to changing environments through resiliency master planning.
Environmental & Remediation · Stormwater & Flood Control · Water Resources · Natural Resources · Government
New York City, NY · Stormwater & Flood Control · Client: NYC Department of Environmental Protection
Led technical efforts for the Green Infrastructure Research and Development project, supporting the design, implementation, and performance monitoring of bioswales, bioretention systems, and porous pavements under various hydraulic conditions.
New Haven, CT · Water Resources · Client: City of New Haven
Led efforts to implement sustainable urban water management solutions, focusing on integrating green stormwater infrastructure into urban planning to enhance ecological resilience and community development.