Total Quality Management

JEA HydroTech Engineering, Inc. implements a Total Quality Management (TQM) approach that creates effective program and project management implementation schemes in order to maintain continuity throughout the Data Collection Phase, System Evaluation Phase and Implementation Phase & Construction Phase. The success of projects lies in implementing an effective planning approach that will lead to a cost-effective design and ultimately its construction. JEA HydroTech's TQM approach is a part of every aspect of every project.

For any project to be considered a success, the work must be completed on schedule and within budget. Our professional project design team, in order to maintain and manage internal tasks, effectively communicate, and ensure Quality Assurance/Quality Control, implements the following:

      • A project guide is developed that outlines the project scope to include: a list of project contacts; budget and schedule information; deliverables; design and CAD standards which all will be updated as needed throughout the project.
      • Design Team meetings will be held weekly (more often as needed) to identify current and upcoming tasks; budget reviews; schedule and resource needs.
      • The Project Manager will use Microsoft Project, Outlook and other relevant software to manage workloads; communicate with appropriate client representatives; and maintain project schedules and budgets.
      • To efficiently prepare project documents, our staff is equipped with the most current computer hardware and software. JEA HydroTech is committed to applying the most current technological advancements available in its performance of project work.

Municipal Engineering

  • Water Supply, Storage, Pumping and Distribution
  • Lift Station, Force Main and Gravity Sewer Design
  • Rate Studies
  • Impact Fee Studies
  • Storm Drainage Utility Development
  • Water Wells, Pump Stations, Pipelines and Storage Tanks (Ground/Elevated), Analysis and Design
  • Street and Pavement Design
  • Public Utilities Design and Layout
  • Public Hearing Presentation and Representation
  • City Standards Development
  • Water Distribution Network Analysis and Numerical Modeling

Structural Engineering

  • Bridge Design and Layout
  • Building Design and Layout
    • Tilt Wall System
    • Masonry Wall
    • Steel Frame Systems
  • Foundation Support System Design and Layout
    • Reinforced Concrete
    • Sub-surface Support Systems
  • Structural Framework Analysis & Design
  • Retaining Wall Design
    • Modular Masonry System
    • Reinforced Concrete
    • Sheet Pile Retaining System
  • Geotechnical Studies

Site Development

  • Site Planning and Permitting
  • Site Constraint Analysis
  • Residential
    • Single Family
    • Multi Family
  • Commercial
  • Industrial
  • Grading & Drainage
  • Erosion Control Plan - SWPPP
  • Water and Wastewater Systems
  • Pavement Design
  • Horizontal Control
  • Traffic Control
  • Public Representation

Bio-Technical Stabilization

  • Reinforced Earth - Application and Design
  • Subsurface Drainage Systems
  • Erosion Control Geotextile Fabrics
  • Flow Control Structures
    • Weirs (A, Bendway, J-Hook)