MGS Engineering Consultants, Inc.

Applies advanced deterministic, probabilistic, and risk-based methodologies to evaluate extreme flood hazards for critical infrastructure.

• Stochastic Event Flood Modeling

  Develops flood magnitude-frequency estimates for dams, nuclear plants, and levee systems using stochastic event simulation models.

• Probable Maximum Precipitation and Flood Studies

  Performs extreme storm and precipitation analyses to evaluate spillway capacity and design safety standards.

• Hydrologic Uncertainty Quantification

  Utilizes Monte-Carlo simulation methods to quantify uncertainty in extreme hydrologic events.

Analyzes regional meteorological data to determine extreme precipitation frequency and magnitudes.

• Regional L-Moment Analysis

  Utilizes regional L-moment statistics to perform high-confidence precipitation magnitude-frequency analyses.

Designs and analyzes stormwater control facilities using advanced continuous hydrologic modeling techniques.

• Stormwater Treatment Facility Design

  Performs continuous simulation modeling to size, analyze, and design stormwater treatment and detention facilities.

Provides technical training programs to help water resources professionals master specialized continuous simulation and statistical packages.

• MGSFlood Continuous Hydrologic Model Training

  Instructs engineers on utilizing continuous simulation models for stormwater design and compliance.