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Mechanical Engineering Technologist

Build, test and fix the designs engineers draw. Two to four years of school, hands on the hardware.

Typical pay
$74,510a year
Time to qualify
2 to 4 yearsafter high school
Demand
Limited
Licence needed
Noanyone can do it

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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 the job pays

Median

$74,510

Starting technician

$48,400

Senior technologist

$106,050

The national median is $74,510 a year, and the bottom tenth start near $48,400. The survey lumps technologists and technicians into one title, so the lower end is mostly two year technicians and the upper end is mostly four year technologists.

Your first job

$48,000 to $60,000

First role after a two year associate degree

A four year engineering technology degree starts closer to $65,000 and climbs faster. Aerospace, energy and semiconductor plants pay more than general manufacturing.

The top tenth

$106,050

Senior test, quality and manufacturing technologists

The people at the top usually own a specific process or test rig that a plant cannot run without. Shift differentials and plant overtime add real money on top of the base figure.

What it costs to get there

Associate degree at a community college
Often $4,000 to $8,000 a year in-state
Four year engineering technology degree
Roughly $11,000 a year in-state at a public university
Tools and safety gear
A few hundred dollars, often supplied by the employer
Registered apprenticeship instead
You are paid from day one, and classroom costs are usually covered
Roughly, all in
$600 to $44,000

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

A registered apprenticeship in manufacturing pays you from day one and the classroom blocks are usually covered, so the low end is boots, safety gear and a starter tool set, and many employers hand you even those. The usual door is a two year associate degree at a community college, which runs about $8,000 to $16,000 in total at in-state rates. The high end is a four year engineering technology degree at a public university at roughly $11,000 a year. Apprenticeship places are limited and competitive, so the cheap door is harder to walk through than the college one.

File the FAFSA (Free Application for Federal Student Aid) every year for Pell Grants and federal loans. This is one of the cheapest routes into engineering work, because two years at a community college costs less than one year almost anywhere else.

What comes with the job

  • Shift premiums

    Evening and night shifts in a plant pay extra, often 10 to 15% on top of base.

  • Overtime that is actually paid

    Unlike salaried design engineers, plant technologists are usually paid for extra hours.

  • Employer tuition help

    Many manufacturers pay for you to finish a four year degree while you work.

  • Retirement savings with a match

    A 401(k) plan where the employer adds money on top of yours.

Education

The exact path from high school to qualified.

The path

Shorter than the engineering degree and more hands on. You can stop at two years or carry on to four.

  1. 1

    High school

    Grades 11 and 12

    Algebra, trigonometry and physics. Shop, robotics or auto class matters more here than it does for engineers.

  2. 2

    Associate degree in engineering technology

    2 years

    Two years at a community college or technical college. Enough to start work as a technician.

  3. 3

    First job or an apprenticeship

    Year 1

    Test technician, manufacturing technician or quality technician. A registered apprenticeship pays you the whole way instead.

  4. 4

    Optional four year technology degree

    2 more years

    Purdue's Mechanical Engineering Technology degree covers statics, dynamics, strength of materials, thermodynamics, fluid power, industrial controls and machine elements, and can be finished in three years.

  5. 5

    Senior technologist

    5 or more years in

    You own a process, a test cell or a product line and sign off on other people's work.

High school courses that help

  • Algebra and trigonometry

    You use both daily for capacities, loads and tolerances.

  • Physics

    Forces, heat and fluids are the whole job.

  • Shop or manufacturing class

    Machining, welding and measuring. Real advantage here.

  • Drafting or computer-aided design

    Reading and marking up engineering drawings is a daily task.

Time and money, at a glance

Years after high school
2 to a job, 4 for the full technology degree
Admission
Open or lightly competitive at community colleges
Total in-state tuition
About $10,000 for the associate route
Paid while training?
Only through a registered apprenticeship or a co-op term

No license, but accreditation still matters

You do not need a license to work. What you should check is accreditation: ABET (the body that accredits engineering and technology degrees in the United States) runs a separate Engineering Technology Accreditation Commission for associate and bachelor's technology programs. Purdue's Mechanical Engineering Technology degree is accredited under it. An accredited technology degree also keeps a route open to a Professional Engineer license in some states, though the rules differ state by state and are stricter than they are for engineering graduates.

Where people study

  • Your local community college

    Two year engineering technology or mechanical technology degrees, cheap and close to the plants that hire.

  • Purdue Polytechnic

    Four year Mechanical Engineering Technology degree with a three year option, and graduates going to General Electric, Rolls-Royce, General Motors and John Deere.

  • State technical universities

    Most states have one or two public universities that specialize in technology degrees rather than pure engineering.

  • A registered apprenticeship

    Employer sponsored, paid, with classroom hours built in. Search openings on the federal apprenticeship site.

Optional

Things you don't need, but that help.

Skills that raise your pay

  • Metrology and inspection

    Coordinate measuring machines and precision measurement. Quality departments pay for this.

  • Industrial controls and automation

    Programmable controllers and robot cells. Short supply, immediate premium.

  • Welding or machining certification

    Being able to make the part as well as test it makes you far harder to replace.

  • Finite element analysis basics

    Running stress simulations is normally an engineer's job, and technologists who can do it get pulled upward.

Nice-to-haves

  • A driver's license

    Field service roles need one, and they pay better than bench work.

  • Safety training

    Lockout and tagout, confined space and forklift tickets are cheap and employers like seeing them.

  • Computer-aided design software

    Learn one modeling package properly rather than three badly.

  • A personal build project

    A rebuilt engine, a printer, a racing kart. It shows you finish things.

The bridge to an engineering degree

Plenty of people use this as step one rather than the destination. You work as a technician, the employer pays part of your tuition, and you finish a four year degree part time. It takes longer than going straight through, but you graduate with money, experience and no debt, and hiring managers rate shop floor experience highly. Check before you start whether your credits transfer, because engineering technology credits do not always count towards a straight engineering degree.

Extras

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

A typical day

Start on the floor: check what ran overnight, look at the parts that failed, talk to the operators. Then a test to set up, instruments to wire, data to pull off and tidy. Mid morning someone brings you a prototype that does not fit and wants to know why. Afternoon is measurement, a report, and marking up a drawing for the engineer who drew it. You are on your feet a good part of the day and the work is visible: something either runs at the end of it or it does not.

The honest trade-offs

The good

  • Two years to a real engineering job
  • Among the cheapest routes into the field
  • Hands on hardware instead of only documents
  • Overtime and shift pay are usually real money

The hard parts

  • Employment is projected to stay flat, not grow
  • A ceiling that engineers do not have, without more school
  • Plants close and the work moves with them
  • Noise, heat and shift work in manufacturing settings

Work life

Typical hours
40 a week, shifts in plants, overtime common
Remote work
Almost none, the hardware is on site
Physical demand
Moderate, on your feet with tools
Unionized
Sometimes, in larger manufacturing plants

Factoids

Things people don't tell you.

Technology degrees have their own accreditor

ABET (the accrediting body for engineering degrees in the United States) runs four separate commissions. Engineering technology programs at associate and bachelor's level are accredited by a different one from engineering degrees, and the distinction affects licensing later.

One survey title, two different jobs

The federal wage survey reports mechanical engineering technologists and technicians as a single occupation. That is why one published median covers both a two year technician role and a four year technologist role that pay quite differently.

You can finish the degree in three years

Purdue offers its Mechanical Engineering Technology major on a Degree in 3 track as well as the standard four year plan, so the four year technology route does not have to take four years.

Apprenticeship is an option here too

There are more than 800,000 apprentices in the United States each year, and 93% stay employed after finishing. Manufacturing apprenticeships put you in the same plants these degrees lead to, but paid from week one.

Where these numbers come from

Last checked September 2026. Pay figures are typical full-time annual amounts in United States dollars, based on Bureau of Labor Statistics wage data and published pay scales. They vary by state, employer and experience. Tuition is for in-state students at public schools unless the card says otherwise.