Aircraft Line Assembler

What is an Aircraft Line Assembler?

Aircraft Line Assemblers are specialized technicians who assemble parts or sections of aircraft, following precise specifications and guidelines. They play a critical role in ensuring the safety, quality, and efficiency of aircraft production.

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How much does an Aircraft Line Assembler earn

According to the U.S. Bureau of Labor Statistics, typical income (in USD) is...

Bottom 10%Bottom 25%Median (average)Top 25%Top 10%
$46K
per year
$53K
per year
$62K
per year
$75K
per year
$95K
per year

Compared to other careers: Median is $12K above the national average.

What does an Aircraft Line Assembler do?

Work environment

These assemblers work in large manufacturing plants or hangars, specifically designed for aircraft construction. The environment is detail-oriented and can be physically demanding, requiring both precision and physical dexterity. Safety protocols are strictly followed due to the nature and scale of the work.

Quick task list

  • Assembles parts and components of an aircraft.
  • Reads and interprets aircraft blueprints and assembly instructions.
  • Uses hand tools and machinery to build and secure aircraft parts.
  • Inspects assembled sections for quality control.
  • Collaborates with engineers and other technicians to resolve assembly issues.

Areas of specialization

  • Fuselage Assembly: Specializing in assembling the main body of the aircraft.
  • Wing Assembly: Focusing on constructing and attaching wings.
  • Engine Assembly: Building and installing aircraft engines and propulsion systems.

Description

Aircraft Line Assemblers must have a strong understanding of aviation technology and be proficient in various mechanical and technical skills. Their work involves the use of hand tools, power tools, and sometimes advanced machinery to assemble large and small components of an aircraft. Precision is crucial, as the safety of aircraft operation heavily depends on the quality of assembly.

Assemblers collaborate closely with engineers and other manufacturing staff to interpret blueprints and troubleshoot issues during the assembly process. They need to be adaptable and capable of working with complex mechanical systems and technology. Their role often involves physical tasks, such as lifting and maneuvering heavy parts, as well as intricate tasks requiring fine motor skills.

Continuous learning is vital in this role due to the evolving nature of aviation technology. Assemblers may need to update their skills and knowledge regularly to stay abreast of new materials, techniques, and safety standards in the aerospace industry.

Job Satisfaction

Sources of satisfaction

You might make a good Aircraft Line Assembler if you are...

Pros:

  • Involvement in the exciting and innovative field of aerospace manufacturing.
  • Opportunity to work on complex and advanced machinery, such as commercial jets and military aircraft.
  • Good potential for career advancement and specialization within the industry.
  • The satisfaction of contributing to the creation of significant and impactful products.

Cons:

  • Physically demanding work, often requiring long periods of standing and manual labor.
  • Can involve working in noisy and busy factory environments.
  • May require shift work, including evenings and weekends, depending on production schedules.
  • Precision and high attention to detail are mandatory, with little room for error due to the critical nature of the work.

How to become an Aircraft Line Assembler

Typical education

A high school diploma is generally required, with many employers favoring candidates who have completed vocational training or an associate degree in aviation technology or a related field.

High school preparation

Courses:

  • Shop classes or vocational training in mechanics or metalworking to gain practical skills.
  • Physics and Mathematics for a foundational understanding of engineering principles.
  • Computer Science or Information Technology to familiarize with digital manufacturing technologies.

Extra-Curricular Activities:

  • Joining a robotics club or a model aviation group to develop mechanical skills.
  • Participating in STEM (Science, Technology, Engineering, and Mathematics) programs or competitions.
  • Volunteering or interning at local aviation museums or airshows to gain exposure to the field.

Preparation after high school

  • Attending a technical or vocational school that offers programs in aerospace technology or aircraft manufacturing.
  • Seeking apprenticeships or entry-level positions in aerospace manufacturing companies.
  • Pursuing certifications in areas such as aircraft assembly, quality control, or specific manufacturing technologies.
  • Gaining experience in related fields such as automotive assembly or mechanical manufacturing as a stepping stone.

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