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Introduction Of MASCO Structure Of Classification Starting Salary Guidelines
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Major Group
2
Professionals
Sub-Major Group
21
Science and Engineering Professionals
Minor Group
217
Ship, Aircraft and Train/ Locomotive Controllers
Unit Group
2173
Aircraft Pilots and Related Professionals
Minor Unit Group
MASCO Code
2173-04
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Aeronautical Engineer designs, develops, manufactures, maintains, and modifies military and civil aircraft, components, and related systems. They ensure compliance with aviation regulations, analyse flight data, and collaborate with multidisciplinary teams to enhance aircraft performance, safety, and efficiency, while also aiming to reduce operational costs and environmental impact.
Tasks
Design and develop aircraft components and related systems to meet safety and performance standards.
Conduct simulations and tests to analyse aerodynamic performance and support design validation.
Oversee engineering aspects of maintenance requirements to ensure aircraft and system reliability.
Collaborate with manufacturing teams to implement design improvements and support efficient production.
Ensure compliance with aviation regulations and industry standards in aircraft design, development, and modification.
Evaluate and improve the performance of aircraft, components, and systems through engineering analysis and testing.
Research theoretical and practical aspects of aeronautical design to support aircraft development and modification.
Prepare technical reports, manuals, and documentation for engineering design, testing, compliance, and safety processes.
Provide technical advice and support on aircraft design, performance, safety, and compliance matters.
Investigate technical causes of aircraft incidents and system failures to enhance safety standards.
Skills
Basic
Critical thinking for evaluating data, identifying issues, and developing solutions.
Effective communication skills for clear interaction with team members and stakeholders.
Proficiency in mathematics and physics for technical calculations and design analysis.
Strong analytical and problem-solving abilities to assess and address engineering challenges.
Teamwork and collaboration to work efficiently with multidisciplinary teams.
Specific
Ability to conduct structural analysis of aircraft components and systems to ensure safety and performance.
Competency in multidisciplinary coordination for aircraft system integration.
Knowledge in aerodynamics, propulsion systems, and flight mechanics for aircraft performance analysis.
Knowledge in aircraft electrical systems for integration and technical troubleshooting.
Knowledge in aviation regulations.
Knowledge in materials science for the selection of suitable aircraft materials.
Proficiency in Computer-Aided Design (CAD) software for aircraft component and system design.
Proficiency in simulation and testing tools for aircraft design validation and refinement.
Additional Info
QUALIFICATION
Bachelor’s degree or equivalent
Related Courses
Claimable Course
e-Latih Online Course
Madani TVET Course
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