These Transportation courses cover a broad spectrum of topics, ensuring you stay current with industry standards and best practices.

Master the investigative process of structural failures in buildings, from root cause analysis to risk assessment and ethical reporting, ensuring safety and compliance in every project.


Intended Audience: engineers serving in government organizations concerned with the maintenance of bridges


How to set up, run, interpret and maintain a life-cycle benefit-cost analysis that compares highway and bridge improvement alternatives against a do-minimum option in Alberta.


Master end-to-end utility planning, risk mitigation, and provincial standards to prevent costly delays on Alberta highway and infrastructure projects.

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Design criteria for highway medians, pedestrian facilities, typical cross-sections, railway crossings and right-of-way fencing on Alberta provincial highways.


Learn how cross-slope, lane width, shoulders and rural and urban drainage are designed for highways in Alberta, from crown location to culvert selection and stormwater management.


Learn how Alberta highways are classified, how traffic is forecast, and how design speed and design designation set the basic geometry of rural and urban highway projects


Utility searches and coordination, geotechnical investigation and design reporting, surfacing design and aggregate supply, and roadway detailed design for Alberta provincial highways


Provincial design requirements, loads, geometry, materials, foundations and bridge components that apply alongside the Canadian Highway Bridge Design Code


Sight distance, horizontal and vertical curves, superelevation, climbing and passing lanes, and temporary detours on Alberta highways
