Engineering

To Become Quality Engineer in Ontario: Salary, Training, and Career Outlook.

by Occupations.ca Team
12 min read

Have you ever looked at a product that failed too soon and thought, “How could we design and build this so it never happens again?” If yes, a career as a Quality Engineer in Ontario might be a great fit for you. In this path, you make things better—safer cars, reliable medical devices, robust electronics, cleaner Energy Systems—by building quality into every step of design and manufacturing. Whether you’re a student planning your next move or a working adult looking to pivot into engineering, this guide walks you through what a Quality Engineer does in Ontario, how to qualify, where to study, expected salaries, and how to launch and grow in this profession.

Job Description

A Quality Engineer (QE) ensures that products and processes meet the right standards—consistently. In Ontario, Quality Engineers work across major sectors such as Automotive (including EV supply chains), aerospace, medical devices, food and beverage, nuclear, energy, Mining, electronics, and general manufacturing. You will combine engineering principles with quality methods to reduce defects, improve reliability, meet regulatory requirements, and delight customers.

Quality engineering roles in Ontario often include titles like Quality Engineer, Supplier Quality Engineer, Manufacturing Quality Engineer, Industrial Quality Engineer, Process Quality Engineer, Quality Systems Engineer, and Reliability Engineer.

Daily work activities

On a typical day, you might:

  • Walk the production floor to monitor processes, investigate issues, and coach teams on quality Controls.
  • Analyze data (e.g., control charts, capability, defects, scrap, rework) to drive problem-solving and preventative actions.
  • Lead root cause investigations using methods like 5-Why, Fishbone, 8D, or DMAIC.
  • Collaborate with design, manufacturing, and Supply Chain to build quality into products from concept to launch (APQP).
  • Audit production processes and suppliers against standards like ISO 9001, IATF 16949 (automotive), AS9100 (aerospace), or ISO 13485 (medical devices).
  • Approve or improve inspection and test plans; validate measurement systems (MSA, Gage R&R).
  • Manage corrective and preventive actions (CAPA) and track their effectiveness.
  • Support new product introduction (NPI), including PFMEA/DFMEA, control plans, PPAP, and process validation.
  • Communicate quality performance to Leadership and customers using clear reports and dashboards.

Main tasks

  • Develop and maintain the Quality Management system (QMS).
  • Create and update control plans, standard work, and inspection procedures.
  • Perform statistical process control (SPC) and capability studies (Cp/Cpk, Pp/Ppk).
  • Conduct internal and supplier audits; manage nonconformances (NCRs).
  • Facilitate Failure Mode and Effects Analysis (FMEA): DFMEA, PFMEA.
  • Oversee PPAP submissions for automotive; manage FAI for aerospace (AS9102).
  • Lead root cause analysis and 8D problem solving.
  • Qualify suppliers, implement incoming inspection criteria, and monitor supplier scorecards.
  • Approve First Article Inspection results and process validations.
  • Train staff on quality tools, standards, and continuous improvement (Lean Six Sigma).

Required Education

You can enter quality engineering through several education pathways in Ontario. The right one depends on your current level, your timeline, and whether you plan to become a licensed Professional Engineer (P.Eng.).

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Diplomas and Degrees

  • Certificate (Graduate Certificate)

    • Ontario College Graduate Certificates in Quality Assurance/Quality Engineering/Manufacturing Management are common. These are ideal if you already hold a diploma or degree and want specialized quality Training.
    • Typical length: 8–12 months.
    • Common content: QMS, auditing, SPC, metrology, Lean Six Sigma (often Green Belt-level), CAPA, APQP/PPAP.

  • College Diploma (Ontario College Diploma/Advanced Diploma)

    • Two- or three-year Engineering Technology programs (e.g., Mechanical, Industrial, Manufacturing) prepare you for quality technician/technologist roles and can bridge into QE roles, especially with experience and certifications.
    • Typical length: 2–3 years.
    • These programs can lead to certification with OACETT (C.Tech or C.E.T.): https://www.oacett.org/

  • Bachelor’s Degree (BASc/BS/BE)

    • Four-year engineering degrees in Industrial, Mechanical, Manufacturing, or Materials Engineering are the most direct route to the Quality Engineer title in many organizations and can support your path to P.Eng. licensing.
    • Typical length: 4 years.

Licensing and Certifications (Ontario context)

  • Professional Engineer (P.Eng.)
    • Not all Quality Engineer roles require a P.Eng., but you must be licensed by Professional Engineers Ontario (PEO) if you are practicing professional engineering (e.g., taking responsibility for engineering design, approval, public Safety).
    • Licensing requirements: education, experience, ethics exam, and good character. See: https://www.peo.on.ca/licence-applications/licensing-requirements
  • OACETT certification for technologists/technicians (C.Tech, C.E.T.)
  • ASQ Certified Quality Engineer (CQE)
  • Lean Six Sigma (Green Belt/Black Belt)
    • Valuable for data-driven improvement; many Ontario employers prefer or require it.

Where to study? (Ontario schools + useful links)

Universities (Engineering degrees relevant to Quality Engineering):

Colleges (Engineering technology and graduate certificate programs relevant to quality):

Useful standards and tools (common in Ontario industries):

Salary and Working Conditions

Salaries vary by sector (automotive, aerospace, medical devices, nuclear), region (GTA, Kitchener–Waterloo, Windsor–Essex, Ottawa), and your credentials (degree, P.Eng., CQE, Lean Six Sigma).

  • Entry-level Quality Engineer (0–3 years): approximately $60,000–$80,000 per year in Ontario, depending on industry and location.
  • Intermediate (3–7 years): $80,000–$95,000.
  • Senior/Lead/Specialist or Supplier Quality Engineer: $95,000–$120,000+ (more in highly regulated sectors like aerospace, medical devices, or nuclear; bonuses are common).

Government of Canada Job Bank wages for comparable roles (Industrial & Manufacturing Engineers) in Ontario typically show a median hourly wage in the low-to-mid $40s/hour, with higher-end wages in the $60s/hour depending on region and industry. For current Ontario wages and outlook:

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Working conditions:

  • You’ll split time between office/Data Analysis and the shop floor. Expect to wear PPE and collaborate closely with production teams.
  • Hours are usually daytime, but you may support off-shift or weekend launches, audits, or escalations.
  • Travel can be part of the job, especially in supplier quality (within Ontario and occasionally across North America).
  • Work is collaborative and can be fast-paced, especially during new product launches or customer escalations.
  • Many employers offer hybrid office arrangements for analysis/reporting tasks; on-site presence is still crucial.

Job outlook in Ontario:

  • Ontario’s manufacturing base is strong in automotive and advanced manufacturing, with major Investments in EV supply chains and battery manufacturing, ongoing aerospace production, and growth in medical devices. These sectors typically require robust quality assurance and supplier quality.
  • Overall, the job outlook for quality-related engineering roles is generally good in Ontario, with steady demand for professionals who can manage standards, reduce defects, and lead data-driven improvements. Check current projections at the links above.

Key Skills

Soft skills

  • Problem solving and critical thinking: You’ll turn data into decisions and decisions into action.
  • Communication: Clear, concise writing and speaking for cross-functional teams and customer/supplier interactions.
  • Collaboration and leadership: Leading root cause teams, audits, and continuous improvement initiatives.
  • Attention to detail: Precision in documentation, risk assessments, and Compliance.
  • Adaptability: Responding calmly to escalations and shifting priorities.
  • Customer focus: Understanding customer standards and requirements.

Hard skills

  • Quality systems: ISO 9001, IATF 16949, AS9100, ISO 13485; CAPA, audits, internal controls.
  • Core tools: APQP, PPAP, Control Plans, MSA (Gage R&R), FMEA (DFMEA/PFMEA), SPC, 8D.
  • Statistics and data analysis: Control charts, capability (Cp/Cpk), hypothesis testing, DOE (Design of Experiments).
  • Software: Minitab, Excel/Power Query/Power BI; ERP/MES systems; CAD data interpretation.
  • Metrology and inspection: GD&T basics, CMM reports, measurement Strategy.
  • Manufacturing processes: Machining, forming, injection molding, assembly, electronics manufacturing, or process-specific knowledge relevant to your sector.
  • Lean Six Sigma: DMAIC, waste reduction, standard work, mistake-proofing (poka-yoke).

Advantages and Disadvantages

Advantages:

  • High impact: You prevent problems before they reach customers—your work directly improves safety, reliability, and reputation.
  • Cross-functional exposure: You’ll work with design, production, supply chain, and customers—excellent for career growth.
  • Transferable skills: Quality engineering applies across automotive, aerospace, medical, energy, and more.
  • Professional Development: Certifications (CQE, Lean Six Sigma) and P.Eng. can boost your value and compensation.
  • Good compensation: Competitive salaries in Ontario, especially in regulated industries.

Disadvantages:

  • Pressure and urgency: Customer escalations and audits can be intense with tight deadlines.
  • On-site requirements: Quality engineering is not fully remote; presence on the floor is often essential.
  • Documentation load: QMS, PPAP, CAPA, and audit records require rigorous documentation and version control.
  • Change management: Implementing new controls or standards can meet resistance; influence and persistence are essential.
  • Shift or travel demands: Launches or supplier issues may require off-shift or travel flexibility.

Expert Opinion

If you’re in high school in Ontario:

  • Take Grade 12 math (Advanced Functions, Calculus and Vectors), physics, and chemistry if available. Join robotics, engineering clubs, or manufacturing-focused SHSM programs.
  • Aim for co-op placements in manufacturing, machining, or lab environments to build comfort with processes and measurement.
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If you’re choosing post-secondary:

  • If you want P.Eng. options, choose a BASc in Mechanical, Industrial, Manufacturing, or Materials Engineering at an Ontario university.
  • If you prefer a faster entry into industry, choose a 2–3 year engineering technology diploma and add a quality-focused graduate certificate.
  • Regardless of path, target programs with co-op. Co-op experience in Ontario’s automotive or aerospace clusters can fast-track your job offers.

If you’re a career changer:

  • Leverage your domain experience (e.g., machining, electronics assembly, lab work) and complete a quality-focused graduate certificate plus ASQ CQE or Lean Six Sigma.
  • Build a portfolio: examples of SPC charts, capability studies, FMEA participation, audit checklists, or 8D reports (sanitized for confidentiality).

Licensing and credentials:

Job search tips in Ontario:

  • Target Ontario’s manufacturing hubs: GTA, Kitchener–Waterloo–Cambridge, Hamilton–Niagara, Windsor–Essex, Ottawa, London, Barrie/Simcoe.
  • Look for employers in automotive, aerospace, medical devices, and nuclear supply chains. Supplier Quality Engineer roles are abundant.
  • Use keywords: “Quality Engineer,” “Supplier Quality,” “Manufacturing Quality,” “APQP/PPAP,” “IATF 16949,” “AS9100,” “ISO 13485,” “CQE,” “Lean Six Sigma.”
  • Network locally with ASQ Toronto: https://asqtoronto.org/

FAQ

Do I need a P.Eng. licence to work as a Quality Engineer in Ontario?

Not always. Many quality engineering roles focus on process control, supplier quality, and systems auditing—these may not require a P.Eng. However, if you will practice professional engineering (e.g., take responsibility for engineering design decisions that affect public safety, stamp drawings, or sign off on engineering work), you must be licensed by Professional Engineers Ontario (PEO). Review PEO’s requirements: https://www.peo.on.ca/licence-applications/licensing-requirements

Which industry certifications are most valued by Ontario employers for Quality Engineers?

Employers commonly look for ASQ CQE, Lean Six Sigma (Green/Black Belt), and standard-specific training such as IATF 16949 core tools (APQP, PPAP, MSA, SPC, FMEA) for automotive; AS9100/AS9102 for aerospace; and ISO 13485 for medical devices. Internal Auditor training for ISO 9001 or sector standards is also valued.

I’m a technologist (C.E.T.). How can I move into a Quality Engineer role?

Build your profile with:

  • A quality-focused graduate certificate.
  • ASQ CQE and Lean Six Sigma credentials.
  • Demonstrated projects: 8D investigations, SPC capability studies, MSA/Gage R&R, FMEA participation, and audit experience.
  • If your employer requires a degree for “engineer” titles, consider a part-time BASc or bridge programs; otherwise, many organizations will title you Quality Engineer based on expertise and impact.

How much travel can I expect as a Supplier Quality Engineer (SQE) in Ontario?

SQEs often visit Ontario-based suppliers and, depending on the company, may travel across Canada or to the U.S. Frequency varies—from occasional day trips to multiple visits per month during launches, audits, or escalations. If you prefer minimal travel, look for in-plant Quality Engineer or Quality Systems Engineer roles.

What standards are common in Ontario’s regulated sectors (and why does it matter)?

  • Automotive: IATF 16949 with APQP/PPAP, MSA, SPC, FMEA—essential for OEMs and Tier 1 suppliers.
  • Aerospace: AS9100 (QMS) and AS9102 (First Article Inspection).
  • Medical Devices: ISO 13485 and regulatory compliance; strict process validation and traceability.
  • Nuclear/Energy: Additional sector-specific QA programs and rigorous supplier qualification. Familiarity with nuclear quality requirements and documentation discipline makes you competitive for roles in Ontario’s energy sector.

By learning and demonstrating these frameworks, you show employers you can operate in high-compliance environments, which often command higher salaries and faster career progression.

Bold steps you can take today:

  • Enroll in a relevant Ontario program (university engineering or college technology).
  • Join a co-op or internship in manufacturing.
  • Earn a Lean Six Sigma credential, then aim for ASQ CQE.
  • Build a portfolio of real quality tools in action (SPC charts, FMEAs, 8D reports).
  • Explore licensing with PEO if your career path requires it: https://www.peo.on.ca/licence-applications/licensing-requirements

With the right mix of education, certifications, and hands-on practice, you can build a strong Quality Engineer career in Ontario’s diverse and evolving industrial landscape.

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