Applied Aerospace Manufacturing AMF2

Holland Code: R (Realistic)

What academic skills do I need to be successful in the program?

This list does not replace the admission requirements you must have for admission to the program. Please see the website for details.

Arts & Literacy Applicants MUST be able to communicate effectively in English. High school/Undergraduate courses in Business and/or Technical Communication would be beneficial preparation for this program.

Math and Science Moderate skills in math and physics are needed.

Technology

• Moderate computer literacy required
• Microsoft Office suite (mainly Word, Excel, PowerPoint)
• Auto CAD
• Extensive use of student portal system
• Students need to check emails and announcement posts several times a week

What personal qualities should someone interested in this career have?

• The desire and ability to understand and improve the Aerospace Manufacturing process
• The ability to see the ‘bigger picture’
• Critical thinking and problem-solving skills
• Exquisite listening skills
• Be resourceful, innovative, and creative
• Good organizational and time management skills
• Ability to communicate professionally, work as part of a team but also make decisions independently, often under pressure
• A commitment to working to the highest standard of safety

Useful background experience for this program would be

• Engineering (preferably Mechanical or Industrial) or any related field
• Some knowledge of the Aerospace industry would be an asset

What kind of work could I do when I graduate?

Graduates of this program may go on to become a

• Aircraft Design Engineer
• Quality and Certifications
• Structural Assembler
• Operations Management
• Industrial Engineers
• Manufacturing Engineers
• Project Analyst
• Project Coordinators
• Methods Engineer
• Quality Analyst

Places you may find yourself employed include

• Aerospace Product Manufacturers or Component Shops
• Commercial Aviation
• Aircraft Repair and Overhaul Companies
• Flight Training Schools
• Aerospace Consultants

Typical working conditions for this kind of work

• Work is primarily indoors in hangars/shops or design laboratories but may be required to work outdoors on airport ramps
• May be exposed to fumes or other hazards requiring the use of safety equipment or clothing
• May be required to reach, climb and lift heavy objects
• May work in noisy environments, in uncomfortable positions, or on scaffolds

Tasks a graduate may do in the workplace

• Analyze aerospace product and process quality problems
• Implement Lean Manufacturing/Six Sigma methodologies, and AS9100 as required
• Design and test existing and newer aerospace parts using CATIA
• Design concurrent engineering processes, adhering to AS9100 standards
• Produce an optimum solution to streamline Aerospace production
• Inspect and test aircraft systems to ensure they are in proper working order
• Test the operation of aircraft systems to locate the source of malfunctions and troubleshoot problems
• Read and interpret Civil Aviation regulations for use in a manufacturing environment
• Read and interpret aircraft maintenance, wiring, schematics, parts catalog, and fault isolation manuals
• Perform testing of Navigation and Communication Systems
• Read and interpret drawings for manufacturing, repair, and installation
• Perform basic assembly, maintenance, and repair tasks using manufacturing tools and equipment

Helpful links for further research into this Fanshawe College program and career opportunity

• Transport Canada – URL: https://www.tc.gc.ca/en/transport-canada.html
• Federal Aviation Administration – URL: https://www.faa.gov/
• SAE International, AS9100 Standards – URL: https://www.sae.org/standards/content/as9100/
• Fanshawe’s library has prepared a subject guide for current students in this program. You may find the links and information provided very useful in learning more about this career.

Last Modified: November 22, 2022