Consor Engineers in Henderson, Nevada is seeking a Professional Engineer to help shape the planning and design of drainage systems, including stormwater, water, and sewer networks, along with related roadway drainage. The role centers on hydraulic modeling, developing plans and specifications, coordinating utility relocations, and guiding junior engineers while supervising in-field construction activities.
Responsibilities
- Design and plan storm drainage, water supply, wastewater, and associated roadway drainage systems
- Carry out hydraulic modeling and drainage calculations
- Lead the creation of plans and project specifications
- Identify work elements, quantities, and cost estimates
- Investigate codes, permitting procedures, and environmental requirements
- Identify and coordinate utility conflicts and relocations
- Collaborate with engineers across disciplines
- Mentor junior engineers
- Oversee construction activities
Requirements
- Minimum of 1 year experience on sewer and storm drain assessment projects
- Field data collection
- Data entry
- Report writing
- Inspection and assessment of CCTV footage for sewer and storm drain assets in accordance with NASSCO PACP and MACP standards
- Building, configuring, and deploying field applications using ArcGIS Field Maps, ArcGIS Survey123, and ArcGIS QuickCapture
- Developing dashboards and web applications using ArcGIS Experience Builder for reporting and operations
- Coordinating, maintaining, and organizing data assets using Microsoft Access, PipeLogix Phoenix, and ArcGIS Pro
- Automating data transfer using ArcGIS Notebooks with Python
Education
Master's degree in Civil Engineering, Water Resources Engineering, or a closely related field
Technologies
- ArcGIS Field Maps
- ArcGIS Survey123
- ArcGIS QuickCapture
- ArcGIS Experience Builder
- Microsoft Access
- PipeLogix Phoenix
- ArcGIS Pro
- Python
What your day will look like
In Henderson, NV, you will serve as the Professional Engineer responsible for planning and designing storm drain, water, sewer, and related roadway drainage infrastructure; conduct hydraulic modeling and drainage calculations; lead the development of plans and specifications; determine work elements, quantities, and cost estimates; research applicable codes, permitting, and environmental requirements; identify and coordinate utility conflicts and relocations; collaborate with cross‑functional engineers; mentor junior engineers; and supervise construction activities.
