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Mechanical engineering technologist: what the job actually is

Applying engineering to the machines, parts and building systems an engineer designs: drawing, testing, specifying and troubleshooting them.

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Mechanical engineering technologist: quick facts

Mechanical engineering technologist salary in Ontario: the median pay is $38.00 an hour, according to Job Bank (reference period 2023-2024). Its three-year outlook in Ontario is limited. The job usually needs a college diploma, or an apprenticeship of two or more years.

Median pay in Ontario
$38.00 an hour
Pay range (low to high)
$23.00 to $52.88 an hour
Job outlook, 2025-2027
Limited
People working in it in Ontario
8,800
Usually needs
Usually a college diploma, or an apprenticeship of two or more years

Source: Job Bank wages (updated 19 November 2025) and job prospects (updated 10 December 2025), NOC 22301. Pay varies by region and experience.

The work

What this job actually is

  • Taking an engineer's idea and making it work in the real world: drawing the parts, choosing materials, testing prototypes, writing the specifications, and fixing what does not work.
  • Job Bank groups technologists and technicians together. Technologists usually have a longer college program than technicians, and the work can overlap.
  • It sits between the engineer, who designs the system, and the machinist or fitter, who makes it. You need to understand both ends.
  • Job Bank says employers include manufacturing companies, especially in transportation equipment and machinery production, engineering services, and construction.
  • This group's outlook in Ontario is Limited. Job Bank mentions weak business conditions in the sector, particularly automotive production, while automation and robotics create new work.

A Tuesday

What a normal day looks like

Not a good day or a bad one. The ordinary version, which is what you would actually be living.

  1. 8:00 — Open the design software and the overnight messages. A test part from the shop failed on a measurement.
  2. 8:30 — Go through the drawing of the failed part and check the tolerances. The drawing was fine; the part was not made to it.
  3. 9:30 — Talk with the machinist who made it, then fix the instruction rather than blame anyone.
  4. 10:30 — Update the drawing and the bill of materials for a new design.
  5. 12:00 — Lunch. Maybe a walk through the shop floor to look at the equipment.
  6. 13:00 — Set up a test on a prototype, record the measurements, and compare them with the engineer's calculations.
  7. 14:30 — The results are slightly off. Work out whether it is the test, the material or the design.
  8. 15:30 — Write a short report of what you found, with a recommendation.
  9. 16:30 — Update the project schedule and plan tomorrow's tests.

Honestly

Who loves this, and who should not do it

The second list is the useful one. Nearly every careers page leaves it out, which is why nearly every careers page reads like an advert.

You may like this if
  • You like understanding how mechanical things work and why they fail.
  • You want to be hands-on with design and testing, not only theory.
  • You like precise drawings and the discipline of tolerances.
  • You are curious about both the design side and the shop floor.
  • You want a college route into engineering work.
You may hate this if
  • You want the job security of a growing field. Job Bank's outlook for this group is Limited, with employment decline expected.
  • You do not like detailed documentation. Drawings, reports and specifications are a big part of the job.
  • You want to be the one who makes the final design decisions. The engineer usually signs off.
  • You dislike working at a screen for long periods.
  • You are uncomfortable when a small measurement error can lead to a failed part.

The route in

How you actually get there in Ontario

  1. Finish secondary school with maths and physics

    Maths, physics and technological design courses are the basis for the college programs. Check each program's entry requirements on ontariocolleges.ca.
  2. Do a college program in mechanical engineering technology

    Job Bank says a two- or three-year college program in mechanical engineering technology is usually required for technologists, and a one- or two-year program for technicians. Look for co-op placements in the programs you consider.
  3. Gain supervised experience

    Job Bank says a period of supervised work experience, usually two years, is required before certification with the Ontario Association of Certified Engineering Technicians and Technologists (OACETT).
  4. Consider OACETT certification

    OACETT's site says it certifies technicians and technologists in 15 engineering technology disciplines. Its designations are C.Tech. (Certified Technician) and C.E.T. (Certified Engineering Technologist); for the C.E.T. it lists the Professional Practice Exam and a technology report. Job Bank says licensing requirements vary by position and that the occupation is regulated in Ontario, so confirm whether a job you want requires it.

Where this comes from: Job Bank — Requirements for mechanical engineering technologists and technicians in Ontario · OACETT — Ontario Association of Certified Engineering Technicians and Technologists · ontariocolleges.ca — program search

The money

Mechanical engineering technologist salary in Ontario

Job Bank's own figures, quoted rather than summarised, with the period they describe — so you can tell how old they are and go and check them.

$23.00
Low (hourly)
$38.00
Median (hourly)
$52.88
High (hourly)

Ontario, NOC 22301. Reference period 2023-2024, last updated by Job Bank on 19 November 2025. Wages vary a lot by region inside Ontario and by how long you have been doing it — the low figure is roughly where you start, not what the job is worth.

Source: Job Bank — Mechanical engineering technologist wages in Ontario

Where it is heading

The outlook for the next three years

Job Bank publishes a three-year outlook for every job in every province. It is the closest thing to an honest forecast, and it moves, so read it as a weather report rather than a verdict.

Ontario, 2025-2027

Limited2 out of 5 stars

  • Employment decline will lead to the loss of some positions.
  • A moderate number of positions will become available due to retirements.
  • There are a moderate number of unemployed workers with recent experience in this occupation.

What that rating means: how many openings Job Bank expects in Ontario for this kind of work against how many people are likely to be looking — not whether it is a good job. A “limited” rating means more competition for each opening; it does not close the door, and it can change before you are ready to walk through it.

What is changing in this work

  • Shift towards more advanced processes in manufacturing, including new production lines and increased use of robotics
  • However, job prospects are expected to be moderated due to weak business conditions in the sector, particularly automotive production
  • Favourable levels of construction activity should add some job opportunities

Who hires for it

  • Manufacturing companies, especially in transportation equipment and machinery production
  • Engineering services
  • Construction
8,800
people work in this job in Ontario
6%
are women (48% across all jobs)
8%
are self-employed (15% across all jobs)

Source: Job Bank — Mechanical engineering technologists and technicians job prospects in Ontario (NOC 22301). Outlook updated by Job Bank on 10 December 2025; read by us on 5 October 2026.

Before you leave school

Things you can do now

  • Take maths, physics and any technological design, drafting or manufacturing course.
  • Ask about co-op and SHSM options in manufacturing or engineering, and what your board offers.
  • Take something apart that is safely broken, such as an old appliance, and work out how the mechanism fits together.
  • Learn a free computer-aided design program and draw one simple part with measurements.

Test it

Do this before you decide anything

Reading about a job tells you almost nothing. This is designed to be done alone, this week, for free.

Draw a part so someone else could make it

About 90 minutes
  1. Pick a simple object you have, such as a bracket, a hinge or a clip. Measure it carefully with a ruler or calipers and write each dimension down.
  2. Draw it on paper or in a free design program, with every dimension labelled so that a stranger could make it without asking you a question.
  3. Give the drawing to someone and ask them to say what they think it is and whether anything is missing. Note every question they ask.
  4. Look up one example of an engineering drawing online and compare how it shows tolerances and notes.

What it tells you. If you enjoyed making the drawing complete enough for a stranger, and the stranger's questions interested you, the core habit of this job fits you. If it felt fussy and pointless, that is useful, because documentation is a large share of the job. Weigh the Limited outlook too, and look at related careers if you want more growth.

Better than any article

Questions for somebody who does this job

Most people say yes to a teenager who asks good questions. These are the ones that get real answers rather than encouragement.

  1. “What do you spend most of your day doing: design, testing or documentation?”
  2. “How did you choose between a technician and a technologist route?”
  3. “Is OACETT certification worth it in your sector?”
  4. “How have automation and robotics changed your work?”
  5. “What advice would you give someone choosing a college program?”
  6. “What would you do differently if you were starting now?”

Could you own one of these?

The part other career sites never mention

Occasionally. Job Bank reports a self-employment share lower than the average for all workers. Some technologists work as independent drafters or designers for small manufacturers, but most work for employers. A portfolio and contacts from earlier employment are usually the starting point.

Business 101 is free and teaches that part

Quick answers

Questions people ask about this job

How much does a mechanical engineering technologist make in Ontario?

The median pay for a mechanical engineering technologist in Ontario is $38.00 an hour, according to Job Bank (reference period 2023-2024, updated 19 November 2025). The range Job Bank publishes runs from $23.00 to $52.88 an hour. Pay varies by region, employer and experience.

What is the job outlook for a mechanical engineering technologist in Ontario?

Job Bank rates the employment outlook for this work in Ontario as limited for 2025-2027 (updated 10 December 2025). Employment decline will lead to the loss of some positions. A moderate number of positions will become available due to retirements. There are a moderate number of unemployed workers with recent experience in this occupation. A lower rating means more competition for each opening, not that no one is hiring.

What do you need to become a mechanical engineering technologist in Ontario?

Job Bank says this work usually needs a college diploma, or an apprenticeship of two or more years. The usual route in Ontario, in order: Finish secondary school with maths and physics; Do a college program in mechanical engineering technology; Gain supervised experience.

Where does a mechanical engineering technologist work in Ontario?

Manufacturing companies, especially in transportation equipment and machinery production. Engineering services. Construction. (Job Bank.)

How many people work as a mechanical engineering technologist in Ontario, and how many are women?

Job Bank counts about 8,800 people working in this job in Ontario. 6% of them are women, compared with 48% across all jobs. That describes who does the work today, not who can.

Where people come from

Which programs lead here?

In the 2021 Census, this job is one of the 12 most common for graduates of these programs. Each page shows what else they do, and which of those jobs have openings.

Tech and engineering jobs: who is hiring What can you do with your degree?

Not sure this is the right list to be reading

Start from yourself, not from the job.

Future Finder is free, takes about ten minutes, needs no account and stores nothing. It will tell you which kinds of work you lean toward, and which of these pages are worth your time.

Parent of a teenager weighing this up? Career coaching for teens gets them talking to people who do the work, anywhere in Ontario.

If this appeals, look at these too

mechanical engineer machinist tool and die maker civil engineering technologist

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University vs college vs apprenticeship What to do after high school Careers that match your strengths All careers guides

Wages and training requirements change. Every figure on this page is linked to the body that publishes it, and the review date above says when we last checked. If you find something out of date, tell us and we will fix it.