AECOM is seeking a highly motivated and talented Hydraulics Engineer-Modeler to lead various utility planning assignments for immediate employment at AECOM‘s Raleigh or Charlotte, NC  Office with flexibility of having a hybrid schedule with remote and in-office work. In addition, this candidate will collaborate with AECOM’s Southeast Modeling Group on Southeast U.S. projects with occasional opportunities nationally. The successful candidate will perform multiple tasks, including but not limited to the evaluation of potable water and reclaimed water distribution systems, capacity analysis, condition assessments, storage and pumping evaluations, and master planning for federal, private, and municipal clients. Responsibilities include, but are not limited to:Work on Hydraulic Modeling projects primarily using skills related to AutoDesk Innovyze and Bentley software, ESRI ArcGIS, AutoCAD Civil 3D, Microsoft Office, etc.Specializes in all aspects of modeling, including building hydraulic models from plans or GIS data, calibrating/validating hydraulic models, conducting simulations, interpreting results, analyzing or evaluating the hydraulic models for various studies, and preparing technical reports on hydraulic modeling work performed.Present technical findings to clients, regulatory agencies, and other stakeholder groups and provide training when needed.Lead a team of Level 1 and Level 2 hydraulic modelers and train them with hydraulic modeling software and related skills.Assist with developing task and effort estimates for proposal support.Utilize basic engineering principles, judgment, theories, practices, and existing technologies to develop solutions for technical problems with limited scope.Gather and correlate primary engineering data using established procedures and practices.Work on routine or detailed engineering assignments involving calculations and engineering analysis.Work collaboratively and independently in a dynamic team environment.Record and interpret data, conduct analyses, and compare findings to relevant studies and local, state, and federal regulations to ensure compliance.Work under the supervision of senior-level team members in hydraulic modeling assignments.Work to maintain positive working relationships with peers and clients.
