TechnologyThe ProfessorIntermediate
Canadian Rail Transit Systems, a free technology course on Tomo

Canadian Rail Transit Systems

Explore the engineering, planning, and operational nuances of Canada's diverse urban rail networks, from Montreal's rubber-tired metros to Vancouver's automated SkyTrain.

Like Duolingo, but for Canadian Rail Transit Systems. Tomo turns the whole topic into a game you play five minutes a day, until it actually sticks.

59 levels across 7 sections, about 118 minutes end to end, roughly 24 days at five minutes a day. It moves through Navigating the Canadian Landscape; Toronto: The TTC and Metrolinx; Montreal: The Underground City; Vancouver: The SkyTrain Model; The LRT Cities: Calgary, Edmonton, Ottawa; Engineering for the North; and Planning and Future Horizons. It assumes you already know the basics.

59 bite-size levelsAbout 5 minutes each

Free forever · No credit card · iPhone & Android

Conductor Cody, the guide who teaches the Canadian Rail Transit Systems course
Canadian Rail Transit Systems
with Conductor Cody
59
Levels
7
Sections
5
Min/day
What you'll learn

Key ideas in Canadian Rail Transit Systems

  • Montreal uses rubber tires for better traction on steep grades and quieter underground operation
  • SkyTrain's LIM technology allows for driverless operation and handling of Vancouver's hilly terrain
  • Toronto's heavy rail uses traditional steel wheels for high-capacity, high-speed trunk lines
  • The OPUS card is the unified smart card for the Greater Montreal area including the REM
  • Presto is exclusive to Ontario systems like the TTC and GO Transit
  • Compass is the tap-to-pay system used by TransLink in Metro Vancouver
  • Distinguish the unique propulsion and infrastructure technologies of the three major networks
  • Determine which regional fare card is required for specific transit agencies
  • Integrated fare structures allow passengers to switch from bus to rail without paying a second fare
  • Heavy rail (Metros) uses completely grade-separated tracks to move massive passenger volumes
  • Feeder bus routes are timed to meet trains, creating a 'seamless' network that extends rail's reach
  • Light rail (LRT) can operate in street-level traffic or dedicated lanes with smaller train sets
  • High ridership is driven by the 'Transfer Culture' where most rail users begin their journey on a bus
  • Heavy rail requires high-platform stations and third-rail power for high-frequency service
  • Explain the impact of 'Transfer Culture' on ridership through fare-free integration
  • Distinguish between Heavy Rail and Light Rail based on capacity and right-of-way
Why not just Google it

You've tried the other tabs

Wikipedia

Thirty open tabs. Four facts you actually kept.

YouTube

You watched. You nodded. By Sunday it was gone.

ChatGPT

One answer, then back to scrolling.

Online courses

Eight weeks. You meant to finish. You didn't.

Tomo gives Canadian Rail Transit Systems the Duolingo treatment: levels, streaks, and quick quizzes that test what you just learned. That game loop is what the tabs above never had, so it's the one you actually finish.

Try a question

Here's what playing it feels like

A real question from this course. Take your best guess.

Propulsion and Payment Systems

What technology allows Vancouver's SkyTrain to operate without drivers while navigating the city's hills?

Get it right to open this lesson and 58 more in the app.

Course map

Where Canadian Rail Transit Systems takes you

  1. 1

    Navigating the Canadian Landscape

    • The Big Three Networks
    • Decoding Network Geometry
  2. 2

    Toronto: The TTC and Metrolinx

    • The Toronto Subway Legacy
    • Streetcars and Surface Rail
    • GO Transit: Regional Transformation
  3. 3

    Montreal: The Underground City

    • The STM Metro: Rubber and Concrete
    • The REM: Automated Revolution
  4. 4

    Vancouver: The SkyTrain Model

    • Linear Induction and Automation
    • The Canada Line and P3 Models
  5. 5

    The LRT Cities: Calgary, Edmonton, Ottawa

    • Calgary and Edmonton: Prairie Pioneers
    • Ottawa: The O-Train Evolution
  6. 6

    Engineering for the North

    • Winterization and Resilience
    • Rolling Stock and Maintenance
  7. 7

    Planning and Future Horizons

    • Transit-Oriented Development (TOD)
    • Governance and the Future of Rail

7 sections · 15 units · 59 levels. Built to play, not to enroll.

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How it's taught

You pick the voice

This course
The Professor

Canadian Rail Transit Systems is taught in the Professor style: clear, structured, thorough. Want a different feel? In the app you can spin up the same topic in any of Tomo's teaching styles. Same facts, totally different vibe.

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