Civil Engineering programs in Ontario

24 programs across 14 campuses, with published admission ranges starting at 70%. Sorted by the range each one publishes, lowest first, so you can see where you land.

Programs

Campuses

Lowest range

70%

What this leads to

The picture for civil engineering as of 2026-08-17, not a description of this particular program.

Civil engineers design and oversee construction of infrastructure like roads, bridges, water systems, and buildings. They work as project engineers managing construction sites, structural design engineers creating plans, or transportation engineers designing transit networks.

In its favour

Strong job security: Engineers Canada flags moderate-to-high shortage risk for civil engineers through 2033 despite near-term labour market cooling.
Good salary growth: Starting around $60K, moving toward $120K+ in major cities as you gain experience.
Hands-on impact: You see buildings, bridges, and systems you designed actually get built.
Infrastructure spending tailwind: Ontario, BC, and Quebec infrastructure projects are actively hiring now.

Worth knowing

Licensing takes time after graduation: You need 4 years of documented experience (at least 1 in Canada) plus passing the National Professional Practice Exam before you can call yourself a P.Eng. and sign off on projects independently.
Entry-level roles are tight right now: Job vacancy rates cooled in 2025 and degree-required roles face tough competition, meaning your first job may be harder to land than it should be.
Four years of school is just the start: Many roles still need a master's degree or advanced certifications to actually use your civil engineering degree to its full potential.
Field work is weather-dependent and can demand long hours: Large projects require evenings and weekends to meet deadlines, and you'll spend time on construction sites in all conditions.

How AI is changing this work

AI is automating the tedious back-office work—project setup, budget tracking, documentation—not the engineering judgment itself. Design software is getting smarter (generative design, clash detection), and monitoring tools using drones and sensors are replacing manual inspections. But the construction industry has digitized slowly, so right now there is more opportunity than threat. The core skill—solving complex structural and logistical problems, managing teams, getting designs approved safely—is not being automated. You'll spend less time on paperwork and more on actual engineering decisions.

Where this came from (6 sources)