Civil Associate, Water Resources
Michael Baker International
This job at a glance
- Who can apply
- New grads and up to 3 years · Bachelor's degree
- Must know
- Project managementCivil 3D
- Work
- On-site in Dallas
- Pay
- Not stated by the employer.
- Skill demand
- Civil 3D55%Project management38%of 95 similar entry-level jobs posted in the US this week
- Listed
- Nov 4, 2026 · still open
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About the Role
Michael Baker International is seeking a highly motivated Civil Associate to join our highly collaborative Water Resources team in Dallas, TX.
Key Responsibilities
As a part of our Water Practice, you will assist Project Managers with tasks such as:
- Stormwater master planning
- Design of stormwater systems, culverts, bridges, and drainage systems
- Hydrologic and hydraulic modeling
- River restoration
- River mechanics and geomorphology
- Performing watershed assessments, watershed planning studies, storm water/drainage master plans, stream channel design, storm drain design, floodplain mapping studies, and flood control.
- Performing engineering calculations
- Preparing design and construction plans in CADD software
- Generating construction specifications
- Developing construction quantities and cost estimates
- Performing construction oversight
- Exploring, refining, and developing surface water workflows for engineering studies.
Requirements & Tech Stack
- Basic knowledge of industry standard computer software for the position, including:
- ArcMap
- Hydrologic/Hydraulic models such as HEC-HMS and HEC-RAS
- Computer Aided Design and Drafting (CADD) software like Civil 3D
- Basic understanding of stormwater management and principles of hydrology and hydraulics of stormwater runoff.
- Organized and determined, with the ability to multitask and prioritize competing project obligations.
Qualifications
- Bachelor's degree in Civil Engineering or related field required.
- EIT or ability to obtain within 6 months of hire required.
- 0-3 years of related experience in the water resources field and experience with hydrologic and hydraulic (H&H) models such as HEC-HMS and HEC-RAS.