Water Resources Engineer: Digital Twin & Hydraulic Modeling

Liberty Personnel Services, Inc.; Houston (TX); On-site; USD 70,000 - 95,000; Full time

Job summary

Liberty Personnel Services, Inc. seeks a Water Resources Engineer with 1–5 years of experience to join our established water resources team in Houston.

The position involves advanced Digital Twin technology for water, wastewater, and stormwater infrastructure, with collaboration from senior engineers and utility professionals. Responsibilities include developing, calibrating, and maintaining hydraulic models; performing capacity, fire flow, pressure, water quality, and sewer analyses; supporting

Qualifications

• Bachelor's degree in Civil, Environmental, Water Resources Engineering or related field.
• 1–5 years of water/wastewater hydraulic modeling or master planning experience.

Responsibilities

• Develop, calibrate, and maintain hydraulic models for water and wastewater systems.
• Perform hydraulic capacity, fire flow, pressure, water quality, and sewer collection analyses.
• Support water/wastewater master plans and Capital Improvement Programs.
• Conduct SSES and I/I analyses.
• Integrate GIS data into hydraulic models.
• Prepare technical reports, engineering memos, and exhibits.
• Collaborate with senior engineers, planners, clients, and utility staff.
• Support proposals and project scopes.

Skills

Hydraulic modeling

GIS data integration

Report writing

Team collaboration

Master planning support

Education

Bachelor's degree in Civil, Environmental, Water Resources Engineering

Tools

ArcGIS

Job description

Liberty Personnel Services, Inc. seeks a Water Resources Engineer with 1–5 years of experience to join our established water resources team in Houston.

The position involves advanced Digital Twin technology for water, wastewater, and stormwater infrastructure, with collaboration from senior engineers and utility professionals. Responsibilities include developing, calibrating, and maintaining hydraulic models; performing capacity, fire flow, pressure, water quality, and sewer analyses; supporting