Complex water challenges.
Clear engineering solutions.

We develop hydrologic and hydraulic models to understand runoff, flow paths, water levels and system capacity. Existing and proposed conditions can be compared to inform drainage improvements, evaluate flood impacts and support engineering decisions.

We assess drainage and infrastructure needs across sites, neighborhoods and larger service areas. The work brings together existing conditions, capacity constraints and improvement alternatives to help clients prioritize projects and plan phased investment.

We examine site conditions, available information and project constraints before detailed design begins. Concept layouts and preliminary assessments help identify feasible approaches, information gaps and the next engineering steps.

We evaluate how proposed development or improvements may change runoff and affect surrounding drainage systems. The analysis helps identify detention, conveyance or other mitigation measures and document the basis for the proposed approach.

We assess detention storage, outlet performance and the capacity of channels, pipes and other conveyance features. Comparing alternatives helps determine how runoff can be stored and released within the constraints of the receiving system.

We map flood hazards and interpret modeled water levels, terrain and floodplain boundaries. These studies help clients understand site exposure, evaluate development constraints and support floodplain management decisions.

We use modeling to evaluate water distribution system behavior, including flow, pressure and water quality considerations appropriate to the scope. Results can support capacity planning, identify system constraints and help compare improvement alternatives.

We assess wastewater collection system flows and hydraulic capacity using the available network and operational data. Modeling helps identify bottlenecks, evaluate proposed connections and compare improvements needed to support future demand.

We organize and analyze geographic information such as terrain, drainage networks, land use and infrastructure. GIS maps and spatial datasets help teams understand site relationships, identify constraints and communicate engineering findings.

We turn technical datasets and model results into clear maps, charts and visual summaries. The work helps clients compare conditions and alternatives, recognize patterns and understand the information behind an engineering recommendation.