Systech Water Resources, Inc.

Water. Tools. Decisions. Solutions.

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About the firm

Systech Water Resources, Inc. is an environmental modeling and water resources engineering practice. It specializes in advanced water resources analysis, TMDL development, watershed modeling, geographic information systems (GIS) spatial analysis, water quality forecasting, and climate change impact assessments. It supports and develops the Watershed Analysis Risk Management Framework (WARMF), a decision support system used for complex water quality and quantity analyses. It serves government agencies, electric utilities, and research organizations.

Team
Micro
Firm type
Environmental Engineering · Water / Wastewater Engineering

People

Joel HerrPresident

Scott SheederSenior Engineer and Project Manager

Capabilities

Water Resources Modeling & Analysis

Service website

Advanced water resources modeling and simulation to support regulatory compliance, environmental planning, and resource management.

  • Watershed Modeling

    Hydrology and water quality simulation using well-established tools like the WARMF model.

  • TMDL Analyses

    Total Maximum Daily Load calculations and assessments for impaired water bodies.

  • Estuary and Water Quality Modeling

    Complex modeling of estuarine dynamics and chemical constituent transport.

  • Climate Change Impact Analysis

    Evaluating the long-term effects of changing temperature and precipitation patterns on groundwater and surface water systems.

Water Quality Forecasting & Data Analysis

Service website

Data-driven forecasting, statistical analysis, and decision support development to manage real-time water quality challenges.

  • Water Quality Forecasting

    Predictive modeling for aquatic parameters, including turbidity and salinity forecasting.

  • Decision Support System Development

    Building interactive software and visualization platforms to guide stakeholder consensus and policy choices.

GIS & Spatial Analysis

Service website

Geographic Information Systems analysis for watershed characterization, aquatic resource mapping, and pollutant tracking.

  • Watershed Characterization

    Spatial mapping of topography, land use, and soils to understand catchment behavior.

  • Nonpoint supporting detail Pollutant Load Estimation

    Modeling diffuse pollution sources and runoff dynamics across varied terrain.

  • Aquatic Resource Assessment

    Biological and physical habitat assessments of stream corridors and reservoirs.

Watershed Management

Service website

Integrated planning and stakeholder-guided analysis to evaluate land management strategies and support regulatory-driven plans.

WARMF Software Development

Service website

Work in this area is organized into supported delivery tasks.

  • WARMF Model Development

    Support includes development of the Watershed Analysis Risk Management Framework model.

  • Upgrades

    Support includes upgrades.

  • Technical Support For The Watershed Analysis Risk Management Framework

    Support includes technical support for the Watershed Analysis Risk Management Framework.

  • A Public-domain Decision Support Tool

    Support includes a public-domain decision support tool.

  • Work In This Area Is Organized Into Supported Delivery Tasks

    Support includes Work in this area is organized into supported delivery tasks.

Industries

Water Resources · Environmental & Remediation · Federal · Government · Electric Utilities · Natural Resources · Water Supply

Projects

San Joaquin River Valley Groundwater Climate Study

San Joaquin River Valley, CA · Water Resources · 2017 · Client: National Institute on Food and Agriculture (NIFA)

Project details

A study investigating the effects of climate change on groundwater availability in the San Joaquin River valley to support sustainable groundwater management policies.

Stockton Deep Water Ship Channel Dissolved Oxygen Study

Stockton, CA · Water Resources · 2013 · Client: California Department of Fish and Game

Project details

Calibration and application of the Link-Node Model to analyze the environmental factors causing low dissolved oxygen conditions in the Stockton Deep Water Ship Channel.

Systech Water Resources, Inc. - Engineering Firms