aerospace engineering technician (EN)
ISCO 3115 · v1.2.1
Aerospace engineering technicians work with aerospace engineers to operate, maintain and test equipment used on aircraft and spacecraft. They review blueprints and instructions to determine test specifications and procedures. They use software to make sure that parts of a spacecraft or aircraft are functioning properly. They record test procedures and results, and make recommendations for changes.
Classification skills are not a measurement of your proficiency or future displaced hours.
Source aliases (EN)
- aeronautical technologist
- spacecraft engineering technician
- aeronautics engineering technician
- aero spatial technologist
- aircraft technologist
- spaceship engineering technician
- aircraft engineering technician
- aeroplane technologist
- aeroplane engineering technician
- spacecraft technologist
- spaceship technologist
Skills and knowledge
Essential (EN) · 18
- engineering principles
- material mechanics
- execute analytical mathematical calculations
- troubleshoot
- adjust engineering designs
- mathematics
- aircraft mechanics
- physics
- engineering processes
- CAE software
- ICT software specifications
- multimedia systems
- read engineering drawings
- follow industry codes of practice for aviation safety
- ensure aircraft compliance with regulation
- liaise with engineers
- common aviation safety regulations
- mechanics
Optional (EN) · 32
- guarantee customer satisfaction
- manage supplies
- order supplies
- disassemble equipment
- record test data
- perform physical stress tests on models
- operate precision measuring equipment
- manage health and safety standards
- perform test run
- oversee quality control
- analyse stress resistance of products
- ensure equipment availability
- use testing equipment
- stealth technology
- plan manufacturing processes
- fluid mechanics
- calibrate electronic instruments
- re-assemble engines
- CAD software
- unmanned air systems
- inspect data
- write stress-strain analysis reports
- guidance, navigation and control
- use CAD software
- defense system
- follow production schedule
- write inspection reports
- assess operating cost
- disassemble engines
- position engine on test stand
- analyse production processes for improvement
- synthetic natural environment
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