Public engineering firm profile
New York, NY
Leveraging technology to solve today's water-related challenges
Aquatech Engineering P.C. is a New York City civil and water-resources engineering practice focused on water-related challenges. Established in 2012, it delivers flood mitigation, combined sewer overflow (CSO) abatement, water distribution hydraulic and water-quality modeling, stormwater management, coastal engineering, and green infrastructure design. The practice applies advanced tools such as InfoWorks, PCSWMM, HEC-RAS, and Bentley software alongside artificial intelligence and machine learning to support state, federal, and municipal water resources projects.
Hydraulic, hydrodynamic, and hydrologic simulation services to evaluate water systems, outfalls, and flood risks.
Shoreline resilience, coastal flood studies, and nature-based solutions to protect vulnerable ecosystems and shorelines.
Planning and engineering solutions for regulatory compliance and environmental preservation.
Leveraging computational tools, geographic systems, and predictive technologies to address modern water challenges.
New York, NY | HDR | Stormwater & Flood Control
Collaborated with the prime consultant on hydraulic and hydrologic modeling tasks for New York City's Long Term Control Plan, delivering optimal models across city water systems.
View project sourceLong Island, NY | Cedar Creek Wastewater Treatment Plant | Wastewater
Performed hydraulic modeling to assess multiple potential outfall alignments for a proposed ocean outfall at the Cedar Creek Wastewater Treatment Plant.
View project sourceLinden, NJ | Stormwater & Flood Control
Utilized HEC-RAS and PCSWMM modeling to develop comprehensive flood mitigation options for roadway and railway crossings along the tidal Marshes Creek waterway, mitigating risk from both tidal and stormwater runoff.
View project sourceNew York, NY | New York City DEP | Water Resources
Served as prime consultant performing hydrologic and hydraulic modeling using InfoWorks ICM to update twelve of New York City's fourteen models. Updates covered wet and dry weather flow generation, real-time controls, and conveyance capacity analysis.
View project sourceLinden, NJ | Environmental & Remediation
Analyzed the ecological impacts of annual inundation duration on salt marsh vegetation species richness, presence, and average coverage under restricted and unrestricted tidal flows to guide coastal restoration.
View project sourceElizabeth, NJ | Stormwater & Flood Control
Evaluated the impacts of flooding and climate change to identify risk reduction strategies for vulnerable coastal populations, focusing on infrastructure improvements, stormwater management, and nature-based solutions.
View project sourceDelaware Bay, NJ | Stormwater & Flood Control
Assessed sea-level rise, storm surges, and extreme weather risks to evaluate structural and non-structural mitigation options, including levees, barriers, and zoning policies.
View project sourceMt Vernon, NY | City of Mt Vernon | Stormwater & Flood Control
Conducted an engineering study and backup analysis for a major thoroughfare prone to flooding from storm and high tide backup, detailing current conditions and alternatives for future funding applications.
View project sourceCEO
PhD, PE
COO