Engineering

To Become Aircraft Structural Assembler (Fuselage and wing assembly) in Ontario: Salary, Training, and Career Outlook.

by Occupations.ca Team
11 min read

Have you ever looked out at a plane’s sleek body and powerful wings and thought, “Who puts all of that together—and how?” If you enjoy working with your hands, have excellent attention to detail, and want a stable, well-paid job in Ontario’s aerospace sector, becoming an Aircraft Structural Assembler (Fuselage and Wing Assembly) could be the right path for you.

Job Description

As an Aircraft Structural Assembler in Ontario, you build and join the major airframe sections—especially the fuselage and wings—that give an aircraft its shape and strength. You work from engineering drawings and work instructions to drill, rivet, seal, and fasten parts, assuring structural integrity and Safety. Ontario’s aerospace companies (such as Bombardier, Magellan Aerospace, MHI RJ, De Havilland, Cyclone Manufacturing, and suppliers across the GTA and beyond) rely on skilled assemblers to meet high production and quality standards.

You typically work in a manufacturing facility or Final Assembly line. Your work follows strict quality, safety, and regulatory requirements, including those set by Transport Canada under the Canadian Aviation Regulations (CARs).

Useful links:

Daily work activities

You will:

  • Assemble and join airframe sub-assemblies into larger structures (e.g., wing boxes, fuselage sections).
  • Use riveting, drilling, countersinking, torqueing, and sealing techniques to install fasteners and prevent leaks.
  • Work with Aluminum alloys, sheet metal, and increasingly composite materials.
  • Read and interpret blueprints, work instructions, and quality documentation.
  • Use precision measurement tools (calipers, micrometers, torque wrenches) and jigs/fixtures.
  • Log work in ERP/MES systems and complete inspection documents.
  • Follow FOD (Foreign Object Debris) control, ESD precautions, and clean-room practices as required.
  • Collaborate with inspectors, engineers, and other trades in a team environment.

Main tasks

  • Drill, ream, deburr, and countersink holes to precise tolerances.
  • Install solid and blind rivets (e.g., Hi-Loks, Huck fasteners) and torque bolts per specifications.
  • Mix and apply aerospace sealants/adhesives; verify cure and cleanliness.
  • Align parts in jigs and fixtures; verify fit-up and edge distances.
  • Perform in-process checks and complete non-conformance reports (NCRs) when needed.
  • Handle, store, and identify parts and materials per Controlled Goods and quality protocols.
  • Adhere to Ontario’s Occupational Health and Safety Act (OHSA), WHMIS, Lockout/Tagout, and Working at Heights where applicable.
  • Support continuous improvement and lean manufacturing practices on the line.

Key Ontario health and safety links:

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Required Education

You can enter this field through several education pathways in Ontario. Employers often value hands-on diploma or certificate programs focused on aerospace manufacturing or aircraft maintenance (structures). While a bachelor’s degree is not required to work as an assembler, it can help you progress to engineering or Leadership roles later.

Diplomas and Certificates

  • Ontario College Certificate (6–12 months)

    • Focus: Fundamental aircraft structures and Repair basics, riveting, sheet metal, Blueprint Reading, safety, and quality documentation.
    • Good for entry-level assembly roles, especially if the program includes significant shop time and co-op/placement.

  • Ontario College Diploma (2 years)

    • Common programs: Aviation Technician – Aircraft Maintenance, Aerospace Manufacturing Engineering Technician.
    • Focus: Broader technical base; manufacturing processes, metrology, materials, CAD, and sometimes composites. Strong choice for fuselage/wing assembly roles.

  • Ontario College Advanced Diploma (3 years)

    • Common programs: Aerospace Manufacturing Engineering Technology or related.
    • Focus: Deeper technical theory, quality systems, production planning, and leadership—useful if you want to move into quality, methods, or Team Lead roles.

  • Bachelor’s Degree (4 years)

    • Programs: Mechanical Engineering or Aerospace Engineering.
    • Not required for assembly, but helpful for future progression into engineering, planning, or supervisory positions.

Length of studies

  • Certificate: approximately 1 academic year (6–12 months).
  • Diploma: typically 2 years (4 semesters).
  • Advanced Diploma: typically 3 years (6 semesters).
  • Bachelor’s Degree: typically 4 years.

Where to study? (Ontario)

When you explore programs, look for courses in sheet metal, aerospace manufacturing processes, blueprint reading, composite fabrication, GD&T basics, quality systems, and safety certifications. Many of the following Ontario institutions have relevant programs and strong industry ties:

Bachelor’s degree options if you plan for long-term advancement:

Additional Ontario ecosystem resources:

  • Downsview Aerospace Innovation & Research (DAIR) Hub – Collaboration between colleges, universities, and industry in Toronto.

If you are an adult learner changing careers, you may qualify for tuition and training support through Better Jobs Ontario:

Note: You do not need an Aircraft Maintenance Engineer (AME) license to work as an assembler. However, learning the regulatory environment can make you more employable. See Transport Canada AME licensing (for context): https://tc.canada.ca/en/aviation/aircraft-airworthiness/aircraft-maintenance-engineer-licensing

Salary and Working Conditions

Salary in Ontario

Pay can vary by employer, unionization, shift premium, and the complexity of the Assembly Line (fuselage vs wing, metals vs composites). As a guide in Ontario:

  • Entry-level: approximately $22–$28 per hour (about $46,000–$58,000 annually before overtime).
  • Experienced: approximately $32–$42 per hour (about $66,000–$87,000 annually before overtime).
  • Many plants offer shift premiums, paid overtime, Benefits, and pension contributions (especially in unionized environments).
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For Market Research and current postings, check Job Bank Canada:

Working conditions

  • Environment: Clean, well-lit manufacturing or final assembly areas; strict FOD control; some tasks in confined or elevated spaces (e.g., inside wings/fuselage or on stands).
  • Schedule: Shift work is common (days, afternoons, nights) to meet production demands; occasional weekend overtime.
  • Physical demands: Standing for long periods; manual dexterity; lifting within safe limits; use of PPE (gloves, safety Glasses, Hearing protection, respirators when sealing).
  • Safety: Strong focus on OHSA Compliance, ergonomics, Lockout/Tagout, Working at Heights, WHMIS, and tool control.
  • Culture: Team-based work with clear quality and traceability requirements. Continuous improvement (lean/5S/Kaizen) is common.

Job outlook in Ontario

Ontario’s aerospace sector remains a national leader, with clusters in the GTA, Hamilton/Niagara, Ottawa, North Bay, and Thunder Bay. Demand is influenced by:

  • Global commercial aircraft production ramp-ups.
  • Business jet and MRO activity in Southern Ontario.
  • Growth in composites, advanced manufacturing, and electrification/eVTOL programs.

Useful sector links:

Overall, the outlook for Aircraft Structural Assemblers in Ontario is generally steady to strong, with cyclical factors tied to global aerospace trends. Candidates with up-to-date skills in composites, quality systems, and lean manufacturing are particularly competitive.

Key Skills

Build your profile around both technical and people skills. Employers in Ontario look for candidates who are reliable, safety-minded, and accurate.

Soft skills

  • Attention to detail: Precise hole sizes, edge distances, and torque values matter.
  • Teamwork and communication: You will coordinate with inspectors, engineers, and fellow assemblers.
  • Problem-solving: Address minor fit-up issues, tooling challenges, and non-conformances.
  • Time Management: Work effectively to hit production targets without compromising quality.
  • Adaptability: Switch between metal and composite tasks; handle engineering changes.
  • Accountability: Accurate documentation and traceability are essential in aerospace.

Hard skills

  • Blueprint reading and interpretation of work instructions and process specifications.
  • Riveting, drilling, reaming, countersinking, deburring, and torqueing to tight tolerances.
  • Sealant/adhesive mixing, application, fillet formation, and cure verification.
  • Composite layup/repair basics, vacuum bagging, and curing (asset).
  • Metrology and inspection: Using calipers, micrometers, torque wrenches, feeler gauges, and go/no-go gauges.
  • Geometric Dimensioning & Tolerancing (GD&T) fundamentals.
  • Quality systems: Completing NCRs, understanding AS9100 principles, and documenting per company SOPs.
  • ERP/MES proficiency for Logging work and traceability.
  • Health and safety: OHSA, WHMIS, Lockout/Tagout, Working at Heights, and respirator fit testing where required.
  • Controlled Goods awareness (Security requirements for many Ontario aerospace employers): https://www.tpsgc-pwgsc.gc.ca/pmc-cgp/index-eng.html

Advantages and Disadvantages

Advantages

  • Strong earning potential with overtime, shift premiums, and benefits.
  • Tangible, hands-on work that builds real aircraft structures—high pride in craftsmanship.
  • Stable sector in Ontario with diverse employers (OEMs, Tier 1s, MROs).
  • Clear career paths: senior assembler, lead hand, inspector, quality technician, methods/planning, or later engineering/leadership.
  • Opportunities to learn composites and advanced manufacturing methods.

Disadvantages

  • Shift work and occasional weekend overtime can affect work–life balance.
  • Physically demanding: standing, repetitive motions, confined spaces, and use of sealants/chemicals (with PPE).
  • Cyclical industry: Hiring can reflect global aircraft demand and program cycles.
  • Strict quality and documentation requirements—errors can be costly.
  • Many roles require security screening under the Controlled Goods Program.
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Expert Opinion

If you’re aiming for a career as an Aircraft Structural Assembler (Fuselage and Wing Assembly) in Ontario, here’s how to position yourself:

  • Choose a college program with significant shop time in sheet metal, riveting, and aerospace manufacturing processes. Ask about graduate employment outcomes and co-op/placement opportunities with Ontario aerospace employers.
  • Build a skills portfolio: photos or logs of practice assemblies, rivet patterns, sealant work, and any composite layups you complete in school.
  • Earn baseline safety and quality credentials: WHMIS, Working at Heights (if relevant), Lockout/Tagout, and familiarity with AS9100 documentation. These demonstrate you’re “production ready.”
  • Practice blueprint reading and measurement: Be comfortable with GD&T basics and using precision tools under time constraints.
  • Target Ontario’s aerospace clusters: the GTA (Mississauga, Toronto, Brampton), Hamilton, Ottawa, North Bay, Thunder Bay. Follow employers like Bombardier (https://bombardier.com), De Havilland Aircraft of Canada (https://dehavilland.com), Magellan Aerospace (https://magellan.aero), MHI RJ (https://www.mhirj.com), Safran (https://www.safran-group.com), and Cyclone Manufacturing (https://www.cyclonemfg.com).
  • Network through the Ontario Aerospace Council (https://www.ontaero.com) and attend local job fairs. Ontario employers value candidates who show up with a positive attitude, a safety mindset, and proof of hands-on capability.
  • Once hired, keep learning—ask to cross-train in composites, fixtures, and inspection. This increases your versatility and pay potential. If you enjoy the technical side, consider upgrading later to an Advanced Diploma or Bachelor’s for progression into quality, planning, or engineering roles.

FAQ

Do I need an Aircraft Maintenance Engineer (AME-S) licence to work as an Aircraft Structural Assembler in Ontario?

No. An AME-S (Structures) licence is for aircraft repairs and maintenance release authority, not assembly-line production. Assemblers typically do not require an AME licence. That said, understanding the Transport Canada regulatory environment is an asset and may help you move into MRO or repair roles later. See: https://tc.canada.ca/en/aviation/aircraft-airworthiness/aircraft-maintenance-engineer-licensing

Which Ontario certifications help me get hired faster for fuselage and wing assembly?

Employers value proof of safety and readiness. Focus on WHMIS, Lockout/Tagout awareness, and Working at Heights if your facility requires elevated work. Add any school-issued micro-credentials (e.g., torque tool use, FOD control, sealant handling) and show practice pieces or portfolio items that demonstrate your rivet quality and sealant work.

Is this work mostly with metals, or will I use composites in Ontario plants?

You will likely work with aluminum alloys and fasteners every day in Ontario assembly lines. However, many Ontario employers also use composites (carbon fibre and glass fibre) for fairings, control surfaces, nacelles, and interiors. If your program includes composite layup, vacuum bagging, and cure processes, you’ll stand out for roles that blend metal and composite assembly.

Are Ontario aerospace assembly jobs usually unionized?

It depends on the employer. Some Ontario aerospace facilities are unionized (often with Unifor or other unions), offering structured wages, benefits, and pensions; others are non-union with competitive pay and benefits. Ask about the workplace structure during interviews. Either way, safety, quality, and productivity expectations are high.

How can internationally trained engineers or technicians transition into an Aircraft Structural Assembler role in Ontario?

Many internationally trained professionals step into assembly roles to enter the Ontario aerospace market quickly. Focus your resume on hands-on skills (blueprint reading, riveting, sealant, measurement), complete local safety training, and consider a short Ontario College Certificate or Diploma to gain Canadian credentials and co-op experience. Once you’re working, you can pursue bridging programs or further education if you want to move into engineering or planning roles later.

By developing strong hands-on skills, earning the right safety credentials, and targeting Ontario’s aerospace hubs, you can build a stable and rewarding career as an Aircraft Structural Assembler (Fuselage and Wing Assembly)—the person who literally helps an aircraft take shape and take flight.

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