Water / Wastewater / Pipeline Designer / EIT - Plymouth Meeting, United States - HDR INC.

Description

About UsAt HDR, we specialize in engineering, architecture, environmental and construction services.

While we are most well-known for adding beauty and structure to communities through high-performance buildings and smart infrastructure, we provide much more than that.

We create an unshakable foundation for progress because our multidisciplinary teams also include scientists, economists, builders, analysts, and artists. That's why we believe diversity is our greatest strength. HDR is proud to be an equal opportunity workplace and an affirmative action employer.


Watch Our Story:
' 'We believe that the way we work can add meaning and value to the world. That ideas inspire positive change. That coloring outside the lines can illuminate fresh perspectives. And that small details yield important realizations. Above all, we believe that collaboration is the best way forward.

Primary ResponsibilitiesHDR is currently in need of a Water/Wastewater Designer / EIT with an interest in pipelines to work as a member of the Water Business Group.

The successful candidate will be expected to work as a team member primarily focused on the condition assessment, repair, evaluation, and design and construction oversight for large-diameter water and wastewater collection and distribution systems/pipelines.

We will count on you to:
Review and evaluate pipeline plans, design specifications, and laying schedules Prepare new or edit existing drawings, write specifications, analysis and study-level reports for water and wastewater systems, determine appropriate design methods, equipment sizing and selection, and cost estimation Perform external evaluations and internal inspections of large-diameter pipelines Assist the project manager throughout the design and construction phases of projects Perform other duties as needed

Keywords:
Water, Wastewater, Treatment, Pump station, Pipeline, Civil, Environmental, EIT, Engineering, Construction, Hydraulic, Condition Assessment