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Hydro Engineering Jobs (NOW HIRING)

Participate in BC Hydro's engineering practice using initiative and judgement in making a few routine technical decisions, applying standards and following detailed instructions so that BC Hydro ...

Participate in BC Hydro's engineering practice by conducting independent studies and analysis, contributing to the development of technical standards, exercising judgment in selecting and ...

Engineering Technician Aide Geo-Hydro Engineers provides site development engineering and environmental consulting services for major developers. Our employees enjoy competitive pay, excellent ...

Description Geo-Hydro Engineers provides site development engineering and environmental consulting services for major developers. Our employees enjoy competitive pay, excellent benefits, growth ...

Description Geo-Hydro Engineers provides site development engineering and environmental consulting services for major developers. Our employees enjoy competitive pay, excellent benefits, growth ...

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How much do hydro engineering jobs pay per hour?

As of Jun 6, 2026, the average hourly pay for hydro engineering in the United States is $31.55, according to ZipRecruiter salary data. Most workers in this role earn between $20.19 and $37.98 per hour, depending on experience, location, and employer.

What is hydro engineering?

Hydro engineering, also known as hydraulic engineering, is a branch of civil engineering focused on the flow and conveyance of fluids, primarily water. It involves the design, construction, and maintenance of structures such as dams, canals, levees, floodways, and water treatment plants. Hydro engineers work to manage water resources, prevent flooding, and ensure the safe supply of water for various uses including agriculture, industry, and municipalities. This field plays a crucial role in sustainable development and environmental protection.

What are the key skills and qualifications needed to thrive as a Hydro Engineer, and why are they important?

To thrive as a Hydro Engineer, you need a solid background in civil or environmental engineering, hydrology, and project management, usually supported by a relevant engineering degree and professional licensure. Expertise with design and simulation software such as AutoCAD, HEC-RAS, and GIS, along with familiarity with regulatory standards, is typically required. Strong problem-solving, teamwork, and communication skills help Hydro Engineers effectively collaborate and manage complex projects. These abilities are crucial for designing safe, efficient water infrastructure and ensuring compliance with environmental and safety regulations.

What are some common challenges faced by hydro engineers when working on large-scale water infrastructure projects?

Hydro engineers working on large-scale water infrastructure projects often encounter challenges such as managing complex environmental regulations, coordinating with multidisciplinary teams, and ensuring the sustainability of water resources. Additionally, they must address technical issues like sediment control, structural integrity under varying water conditions, and integration with existing infrastructure. Effective communication and project management skills are essential for overcoming these hurdles and delivering successful outcomes.

What is the difference between Hydro Engineering vs Civil Engineering?

AspectHydro EngineeringCivil Engineering
Required CredentialsBachelor's in Civil, Environmental, or Hydraulic Engineering; Professional Engineer (PE) license often preferredBachelor's in Civil Engineering; PE license common for advanced roles
Work EnvironmentField sites near water bodies, dams, hydroelectric plants, and water treatment facilitiesConstruction sites, urban planning projects, infrastructure development
Industry UsageSpecialized in water resources, hydroelectric power, and water management projectsBroad industry applications including transportation, structural, environmental, and water projects

Hydro Engineering focuses specifically on water-related projects like dams and hydroelectric systems, requiring specialized knowledge of hydraulics and water resources. Civil Engineering covers a wider range of infrastructure projects, including roads, bridges, and water systems, often overlapping in water-related work but with broader scope. Both roles require similar credentials but differ in specialization and work environment.

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$60.80/hr

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Posted 14 days ago


Job description

Job Description Role: Engineer - E2 Location: Burnaby, BC - Hybrid Duration: 2026/07/02 - 2027/07/02 Max INC Rate: $60.80/ Max T4 Rate: $50.25/ General Description The E2 - Engineer performs supervised engineering tasks for assignments of limited scope and complexity using standard procedures and techniques to support projects and/or operations at BC Hydro safely, with quality, within budget, and on time. Experience and Role Accountabilities A minimum two (2) years of in a relevant engineering field or equivalent. Contribute to the development of safe engineering solutions by performing activities such as studies of limited scope and applying prescribed methods and techniques in solving problems for projects and/or operations

Assist with specific aspects of more complex engineering activities adhering to prescribed analysis, design, or computation methods by following established practices working under close supervision of a senior professional engineer who reviews work for accuracy, adequacy, and conformance with prescribed procedures. Participate in BC Hydro's engineering practice using initiative and judgement in making a few routine technical decisions, applying standards and following detailed instructions so that BC Hydro's engineering standards are maintained. Perform periodic tasks independently which may include on-site construction quality control and monitoring to ensure design compliance.

EGBC Registrants provided to BC Hydro through this contract shall work under BC Hydro's Professional Practice Management Plan, Quality Management Pillar. The Registrant shall apply their own or their firm's Permit to Practice Number to work that is Sealed by the Registrant. Retention and preservation of all project documentation produced by the Registrant during the course of their contract with BC Hydro will be retained by BC Hydro to satisfy EGBC Bylaws.

Education and Skills University graduate in applied science or engineering Registered Engineer-in-Training or Geoscientist-in-Training with Engineers & Geoscientists BC or another jurisdiction and/or eligible for registration as such with Engineers & Geoscientists BC Familiarity with CAD systems and drawing standards Ability to use standard industry design/analysis software Intermediate MS Office skills (Word, Excel, and PowerPoint) Intermediate English skills for professional environment, written and spoken Additional Experience and Role Accountabilities: This role requires to work in design, configuration, testing and troubleshooting of SCADA systems in electrical utility substations with operating voltages from 12kV to 500kV. Demonstrated capabilities to work with utility SCADA systems, including the design, configuration, testing, and maintenance of GE RTU products (i.e. GE D400, D20, D200, D25, IBOX), Ethernet networks, DNP3 protocol, Modbus Plus protocol, and protocol test equipment and software and other similar systems used in electrical utility substations

The work is focused on SCADA systems used in transmission stations with operating voltages from 12kV to 500kV. Prepare project documentation and deliverables in accordance with BC Hydro project and Engineering Design Practices (i.e. evaluation reports, specifications, proposals, estimates, design basis', calculations, hazard logs, test plans)

Prepare design work packages including scope, duration, and level of effort estimates. Provide technical assistance and construction support in the field, and undertake field reviews as required by EGBC. Prepare detailed SCADA design packages, device point assignments, and configurations.

Configuring/program RTUs, gateway devices, user interfaces, network switches/routers, and other IEDs related to the SCADA systems. Specify and procure materials, panel assemblies and other related equipment. Test and validate device configurations in a lab environment.

Prepare and execute pre-commissioning test plans for SCADA systems. Provide technical guidance and support throughout the design process (cross-discipline integration, factory testing, installation, commissioning). Provide training for end-users and peers on the theory and operational use of the installed or modified equipment/systems.