Hydrologic Technologist: Data Analytics & Flow Modeling

Metro Vancouver; Burnaby; On-site; CAD 79,000 - 93,000; Full time

Job summary

Metro Vancouver is seeking a Hydrologic Technologist to join the Flow Metering & Data Analysis team in Burnaby. You will collect and analyze data for sewer and drainage systems and support inflow/infiltration studies while advancing continuous improvement.

You will work with project engineers, manage raw field data, perform statistical analyses, and operate hydraulic models in a collaborative, fast-paced environment.

Qualifications

• Graduation from a Technology Diploma program in Civil or Structural Engineering or equivalent.
• Knowledge of municipal design involving sanitary sewers, drainage, or water mains.
• Knowledge of geotechnical or hydrological engineering technology.
• Knowledge of statistics including regression and extreme value theory.
• Proficient with computers and data management software related to the work.
• Ability to work independently and maintain effective working relationships.

Responsibilities

• Assist project engineers with data collection and presentation for sewer and water systems.
• Collect raw data, download field data, manage storage, and prepare reports.
• Perform statistical analysis for Waste and Water Management planning and studies.
• Operate and maintain hydraulic computer models.
• Perform intermediate complexity technical design work.
• Establish liaison between District staff, Government agencies, and consultants.

Skills

Hydrologic data analysis

Data collection & presentation

Statistical methods

Hydraulic modeling

Independent work

Stakeholder coordination

Education

Tech Diploma in Civil/Structural Eng

Job description

Metro Vancouver is seeking a Hydrologic Technologist to join the Flow Metering & Data Analysis team in Burnaby. You will collect and analyze data for sewer and drainage systems and support inflow/infiltration studies while advancing continuous improvement.

You will work with project engineers, manage raw field data, perform statistical analyses, and operate hydraulic models in a collaborative, fast-paced environment.