Collaborate closely with team lead(s) to contribute to the execution of water resources deliverables and site development engineering tasks.
Participate in project teams alongside fellow engineers, focusing on designing, modifying, and analyzing power plant sites.
Determine flood levels for rainfall events spanning 100-year, 500-year, and 1000-year occurrences.
Utilize ArcGIS, StreamStats, and DEM data for watershed delineation.
Conduct extreme value analysis on stream and rainfall gauges.
Craft H&H models with HEC-HMS and HEC-RAS.
Perform dam failure analysis.
Estimate IDF curves based on rainfall gauge data.
Extract probable maximum precipitation (PMP) data from existing publications.
Design storm drains, open channel drainage systems, and stormwater ponds.
Develop site layout, grading plans, and drainage designs.
Design roads and trackwork for optimal functionality.

Hold an BSCE in Civil Engineering from an ABET Engineering program, with a solid academic foundation and relevant coursework.
Possess 3 to 5 years of hands-on experience in hydrologic and hydraulic design and analysis, including expertise in assessing floods and droughts for streams and rivers.
Strong course work in hydrology and hydraulics.
Experience in various areas of civil engineering, such as site grading, drainage, and stormwater management systems.
Experienced in report preparation.
Experienced in analyzing raw data from existing rainfall gages and stream stations.
Showcase mastery with multiple design tools, including HEC-HMS, HEC-RAS (1D, 2D), RAS Mapper, QGIS, Global Mapper, TR-55, GIS software, Civil3D, and AutoCAD.
Have familiarity with programming languages like MATLAB, Python, R, or VBScript.
Exhibit strong teamwork skills, able to collaborate effectively within a team environment.
Be prepared for occasional travel as part of the job requirements.

Mid-Level Water Resources Engineer

Key skills