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Geological Engineer

Engineering built on rock, soil and groundwater: tunnels, mine slopes, dams and contaminated ground.

Typical pay
$104,000a year
Time to qualify
4 to 8 yearsafter high school
Demand
Good
Licence needed
Yesregulated job

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  1. 1.MoneyWhat you earn and what it costs to get there.5 screens
  2. 2.EducationThe exact path from high school to qualified.5 screens
  3. 3.OptionalThings you don't need, but that help.3 screens
  4. 4.ExtrasDay to day, pros and cons, where you'd work.4 screens
  5. 5.FactoidsThings people don't tell you.4 screens

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Money

What you earn and what it costs to get there.

What geological engineers make

Licensed engineer

$104,000

Engineer-in-training

$65,000

Senior or principal

$173,000

Job Bank's national median is $49.81 an hour, about $104,000 a year full time. The top of the range is mostly senior consultants and mine site specialists. Government and municipal jobs sit lower but come with a pension.

First job

$65,000 to $80,000

EIT (engineer-in-training) at a consulting firm

Field heavy first years often add per diems, truck allowances and overtime, which can push a junior's real income well above the base salary.

Top end

$170,000 and up

Principal consultants and senior mine geotechnical engineers

The people who sign off on tailings dams, deep open pit slopes and big tunnels carry real legal responsibility, and they are paid for it.

What it costs to get there

Engineering degree (4 to 5 years)
About $9,000 to $17,000 a year
Field school
A few hundred to about $1,500, sometimes included in tuition
Boots, rain gear and a field notebook
$300 to $600, employers usually pay after that
Licence path
Professional practice exam about $250 to $300, then roughly $300 to $500 a year for a P.Eng (professional engineer) licence
Roughly, all in
$36,900 to $88,000

Tuition, fees, exams and kit. Not rent, food or travel

The low end is a four year engineering degree at about $9,000 a year, basic field gear, the professional practice exam and the first year of licence fees. The high end is a five year program at $17,000 a year, a field school that is charged separately, and the full licensing path to a P.Eng (professional engineer) licence, which costs roughly $300 to $500 a year to hold. Employers supply safety gear after your first season. Co op work terms pay well in this field because so much of the work is billable, so many graduates finish with noticeably less debt than classmates in programs without them.

Co-op terms pay well in this field because so much of the work is billable field work. Many graduates leave with less debt than classmates in non co-op programs.

Benefits

  • Field allowances

    Per diems, camp accommodation and paid travel days on remote projects.

  • Overtime or time off in lieu

    Consulting firms usually pay overtime for field work.

  • Health, dental and a matched savings plan

  • Paid licence fees and technical training

Education

The exact path from high school to qualified.

The path

A degree that sits between civil engineering and earth science, then supervised work and a licence.

  1. 1

    High school

    Grades 11 and 12

    Calculus, Advanced Functions, Physics and Chemistry. Earth science or geography is a useful extra.

  2. 2

    Accredited geological engineering degree

    4 to 5 years with co-op

    Only a handful of schools offer it. You can also reach the same work through civil engineering with a geotechnical focus.

  3. 3

    Field school

    2 to 6 weeks

    A few weeks of mapping outdoors, usually after second or third year. Most people remember it as the best part of the degree.

  4. 4

    Engineer-in-training

    About 4 years

    Register with your provincial regulator and log about four years of supervised work, usually mixing office design with site investigation.

  5. 5

    P.Eng (professional engineer) licence

    After about 4 years

    Pass the law and ethics exam, submit your experience record, and you can seal your own designs.

High school courses that help

  • Calculus and Advanced Functions

    Required, with a minimum of about 70% at most schools.

  • Physics and Chemistry

    Both are required for engineering admission.

  • Earth and space science

    Optional, but a real head start on rocks and groundwater.

  • Geography

    Maps, landforms and reading terrain are daily tools.

Time and money, at a glance

Years after high school
4 to 5 to the degree, about 8 to a full licence
Typical admission average
Mid to high 80s at Waterloo, similar elsewhere
Total tuition
About $45,000 to $75,000
Paid while training?
Yes, co-op work terms and then a salary

Two professions in one field

Engineering is a closed profession in Canada: only a licensed professional engineer can practise it or use the title. Geoscience is closed too in most provinces, so some people hold both. In Alberta, APEGA (the Alberta Association of Professional Engineers and Geoscientists) registers engineers and geoscientists together, and Engineers and Geoscientists BC does the same. A geological engineering degree can qualify you for either stream, which is unusual and useful.

Where people study

The full geological engineering degree exists at only a few Canadian schools.

  • Ontario

    Waterloo and Queen's. Waterloo runs its program as co-op only, with work terms from first year.

  • West

    University of British Columbia, Saskatchewan, Manitoba.

  • Quebec

    Polytechnique Montreal and Laval offer mining and geological streams in French.

  • Back door

    Civil engineering plus geotechnical electives and a summer of drilling work gets you into the same jobs.

Optional

Things you don't need, but that help.

Things that raise your pay

  • Rock mechanics

    Deep mines and tunnels need it and very few people have it.

  • Hydrogeology

    Groundwater, dewatering and contamination. Steady work from cities, mines and cleanup projects.

  • Dam and tailings expertise

    Heavily regulated since several high profile failures. Well paid, and a serious responsibility.

  • A master's degree

    The normal entry ticket for specialist geotechnical roles.

Nice-to-haves

  • A driver's licence

    You will drive trucks on gravel roads to sites almost immediately.

  • Comfort outdoors

    Rain, bugs, cold and long days logging drill core.

  • Mapping software

    Geographic information system tools and rock slope modelling programs.

  • First aid and safety tickets

    Often required before you can set foot on a mine site.

The field to office swing

Early in your career you are the person on site: standing at a drill rig in the rain, logging core, running tests and sending samples to the lab. Later you move into the office and design what the field data supports, then send juniors out. Some people miss the field so much that they stay out longer on purpose. Others are happy to trade mud for a desk by their thirties.

Extras

Day to day, pros and cons, where you'd work.

A typical day

On a site week: up at 6, drive to a drill rig, log core all day, measure joints and fractures, take samples and write the field log. On an office week: run slope stability models, read lab results, write the report that tells a mine or a city what the ground will do, and sit in a meeting explaining why the cheap option is a bad idea.

The honest trade-offs

The good

  • Outdoor field work and technical office work in the same job
  • Your advice decides whether a slope, tunnel or dam is safe
  • Demand from mining, construction, water and environmental cleanup at once
  • Skills travel: ground behaves the same way everywhere

The hard parts

  • Long stretches away from home in camps and motels
  • Weather does not care about your schedule
  • Mining and construction both slow down in a downturn
  • The responsibility is real, and mistakes can kill people

Work life

Typical hours
40 in the office, 10 to 12 hour days in the field
Remote work
Partly, on office weeks
Physical demand
Moderate: walking rough ground, lifting core boxes
Unionized
Rarely

Factoids

Things people don't tell you.

A very small graduating class

Geological engineering is one of the rarest engineering degrees in Canada. Waterloo notes its program is one of only two in Ontario, and classes are often a few dozen students rather than several hundred.

A dam failure changed the rules

When the Mount Polley tailings dam in British Columbia failed in 2014, it released mine waste and water into nearby lakes and creeks. The review that followed tightened how tailings dams are designed, inspected and signed off across Canada.

Core boxes are the evidence

Drills bring up long cylinders of rock that get laid out in wooden boxes in order of depth. A geological engineer reads those boxes like a timeline of everything under a site, and the boxes are often kept for decades.

Permafrost is an engineering problem

Across northern Canada, roads, runways and building foundations sit on ground that is frozen year round. As it thaws, the ground sinks and buildings tilt, which is now one of the busiest areas of ground engineering in the country.

Where these numbers come from

Last checked September 2026. Pay figures are typical full-time annual amounts in Canadian dollars, based on Government of Canada Job Bank wage data and published salary grids. They vary by province, employer and experience. Tuition is for domestic students.