Civil Engineer V - Structures & Hyrdaulics

State of Vermont•Barre, VT

46d•Onsite

About The Position

This is a leadership and engineering position within the Structures/Hydraulics Section at the Vermont Agency of Transportation, serving as the State Hydraulics Engineer. The State Hydraulics Engineer is a subject matter expert in, but not limited to, the following areas: hydrologic modeling and calculations, open-channel flow, one- and two-dimensional hydraulic modeling, culvert hydraulics, scour evaluation and countermeasure design, channel and bank stabilization, aquatic organism passage, sediment transport, and fluvial morphology. The primary function of the Structures/Hydraulics Section is the development and design of project plans, specifications, and estimates for transportation projects involving bridges, culverts, retaining walls, and related infrastructure across the state. This position is located at Barre City Place in Barre, Vermont. This position will be responsible for: Hydraulic Design and Review - Managing multiple projects and prioritizing tasks within the Hydraulics Unit. Perform and review hydraulic analyses for bridges and culverts using advanced hydraulic modeling techniques. Provide technical guidance to Hydraulics and AOT staff members on topics including (but not limited to) scour evaluations and countermeasure design, structure layout, fish passage analysis, bridge and culvert hydraulics, culvert retrofit design and analysis, floodplain analysis, and regulatory compliance. Simulate flow conditions under various storm events, including peak discharge rates and potential surface water flooding. Assess and analyze the risk of scour and erosion around infrastructure, and design appropriate protective measures. Collaboration - Collaborate with multidisciplinary teams, including architects, civil engineers, environmental engineers, and transportation planners, to integrate hydraulic designs with overall infrastructure projects. The ideal candidate will have: Expert knowledge of Two- and One-Dimensional Bridge Hydraulic Modeling concepts and software packages such as SMS/SHR-2D, HEC-RAS, and HY8 Advanced knowledge of GIS software packages such as ArcGIS or QGIS Working knowledge of program languages such as python Working knowledge of sediment transport and debris flow modeling Expert knowledge in Hydrologic calculations and software packages such as WMS, HEC-HMS, and HydroCAD Expert knowledge of Scour Evaluation and Countermeasure design with the use of HEC-18 and HEC-23, respectively Advanced knowledge in fluvial geomorphology and aquatic organism passage (AOP) Working knowledge of floodplain mapping, FEMA "no-rise" analysis, and the CLOMR/LOMR process Ability to mentor hydraulic staff and review hydraulic analyses prepared by others Experience conducting field inspections, hydraulic surveys, and data collection for model calibration As a Vermont State Employee, you will have access to flexible work schedules, telework days, excellent healthcare, retirement, flexible spending accounts, and deferred compensation. Who May

Requirements

Expert knowledge of Two- and One-Dimensional Bridge Hydraulic Modeling concepts and software packages such as SMS/SHR-2D, HEC-RAS, and HY8
Advanced knowledge of GIS software packages such as ArcGIS or QGIS
Working knowledge of program languages such as python
Working knowledge of sediment transport and debris flow modeling
Expert knowledge in Hydrologic calculations and software packages such as WMS, HEC-HMS, and HydroCAD
Expert knowledge of Scour Evaluation and Countermeasure design with the use of HEC-18 and HEC-23, respectively
Advanced knowledge in fluvial geomorphology and aquatic organism passage (AOP)
Working knowledge of floodplain mapping, FEMA "no-rise" analysis, and the CLOMR/LOMR process
Ability to mentor hydraulic staff and review hydraulic analyses prepared by others
Experience conducting field inspections, hydraulic surveys, and data collection for model calibration

Responsibilities

Managing multiple projects and prioritizing tasks within the Hydraulics Unit.
Perform and review hydraulic analyses for bridges and culverts using advanced hydraulic modeling techniques.
Provide technical guidance to Hydraulics and AOT staff members on topics including (but not limited to) scour evaluations and countermeasure design, structure layout, fish passage analysis, bridge and culvert hydraulics, culvert retrofit design and analysis, floodplain analysis, and regulatory compliance.
Simulate flow conditions under various storm events, including peak discharge rates and potential surface water flooding.
Assess and analyze the risk of scour and erosion around infrastructure, and design appropriate protective measures.
Collaborate with multidisciplinary teams, including architects, civil engineers, environmental engineers, and transportation planners, to integrate hydraulic designs with overall infrastructure projects.