Computational Water Resources Engineer

Schnabel Engineering•Jersey City, NJ

1d•$125,000 - $180,000•Hybrid

About The Position

Our Jersey City, NJ office is seeking a Computational Water Resources Engineer to join our expanding Water Resources practice across the Northeast and the U.S. This position offers an exciting opportunity to apply advanced modeling, programming, and data analytics to challenging projects involving dams and reservoirs, river systems, flood risk and resiliency, hydrologic and hydraulic modeling, forecasting, and water resources management. You will work alongside a multidisciplinary team of industry experts at the forefront of innovation, combining water resources engineering, computational modeling, geospatial and data analytics, and software development to solve complex problems and deliver impactful solutions for our clients. We are looking for a curious, motivated, and technically driven professional who values attention to detail, continuous improvement, and collaboration. As an employee-owner, your voice will matter. You will have a say in how our business operates and will benefit from our financial success.

Requirements

Bachelor’s degree in Civil Engineering, Water Resources Engineering, Environmental Engineering, Hydrology, Computational Science, or a related field.
5+ years of relevant experience in water resources engineering, hydrologic and hydraulic modeling, and computational water resources.
Strong understanding of hydrologic and hydraulic modeling principles, with experience developing, calibrating, validating, and applying numerical models to complex water resources problems.
Proficiency with industry-standard water resources and geospatial modeling tools such as HEC-HMS, HEC-RAS 1D/2D, HEC-SSP, RMC-BestFit, RMC-RFA, LifeSim, and ArcGIS Pro, or comparable platforms.
Strong proficiency in Python programming for engineering analyses, data processing, model automation, visualization, and development of reproducible computational workflows; experience with JavaScript, C#, and C++ are a plus.
Experience with HEC-RAS automation tools, including HEC-RAS Controller, batch simulations, model management, and/or automated post-processing of model results.
Experience with GIS automation and scripting using tools such as ArcGIS Pro, ArcGIS ModelBuilder, ArcPy, GeoPandas, GDAL, or similar geospatial processing tools.
Proficiency with engineering data management and analysis tools such as SQL, Pandas, Excel/VBA, Power BI, or related technologies.
Familiarity with software development best practices including version control (e.g., Git), documentation, testing, and code review.
Experience integrating engineering software through APIs, scripting interfaces, or custom automation tools.
Effective time management, written communication skills, analytical skills, interpersonal skills, and the ability to work independently or as part of a team, efficiently balance multiple concurrent tasks, responsibilities, and commitments.
Ability to pass a background check which may include criminal history, motor vehicle record, and credit check.
Ability to pass a pre-employment drug screening.

Nice To Haves

Master’s degree preferred.
Professional Engineer (PE) license preferred.
experience with JavaScript, C#, and C++ are a plus.

Responsibilities

Develop, calibrate, validate, and apply hydrologic and hydraulic models to support flood hazard and climate risk assessments and the planning, design, and construction of water resources projects, including dams and reservoirs, levees, flood control, river restoration, resiliency, and climate adaptation efforts.
Develop and apply river and reservoir system models to evaluate reservoir operations, flood management, water supply, hydropower, and alternative operating scenarios.
Develop and implement hydrologic forecasting and decision-support tools, integrating observed and forecast hydrometeorological data with hydrologic, hydraulic, and reservoir models to support real-time and long-term water management decisions.
Perform, review, and oversee complex water resources modeling studies, engineering analyses and design calculations, as well as the preparation of technical reports and presentations for mid- to large-scale projects.
Develop, maintain, and enhance engineering automation tools, scripts, and computational workflows to improve the efficiency, consistency, scalability, and quality of hydrologic, hydraulic, consequence, and risk analyses.
Design and implement data processing, model integration, model management, calibration, and post-processing solutions to support large-scale engineering analyses and reduce repetitive manual tasks.
Apply programming, data analytics, statistical methods, optimization, and emerging technologies, including machine learning and AI-based approaches, where appropriate to enhance modeling, forecasting, automation, and engineering decision-making.
Develop visualization and decision-support solutions that transform complex modeling results and large datasets into actionable information for engineers, clients, operators, and other stakeholders.
Provide training, mentoring, and technical support to engineering staff on the use of computational tools, automated workflows, and best practices for engineering data management and modeling.
Support project management activities including resource planning, work delegation, management of project budgets, invoicing, and backlog reporting.
Contribute to maintaining and expanding Schnabel’s reputation in water engineering and computational modeling through technical innovation, published papers and white papers, collaboration with key partners and universities, and presentations at recognized conferences and workshops.
Contribute to business development, marketing, proposal preparation efforts, and staff mentoring.
Domestic and international travel, as necessary.