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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
2173-03
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Aircraft Design Engineer is responsible for designing, developing, and evaluating aircraft structures, systems, and components to ensure safety, performance, and efficiency. They conduct research, develop design specifications, perform simulations and tests, and collaborate with multidisciplinary teams to transform concepts into functional aircraft, missiles, or spacecraft, while ensuring compliance with aerospace industry standards and regulations.
Tasks
Develop detailed designs for aircraft structures, systems, and components using specialised Computer-Aided Design (CAD) software.
Conduct simulations and engineering analyses to evaluate aerodynamics, material strength, structural integrity, performance, and efficiency.
Ensure aircraft designs comply with aviation safety regulations, aerospace industry standards, and relevant environmental requirements.
Analyse engineering proposals and technical data to assess design feasibility, production requirements, and implementation constraints.
Collaborate with manufacturing and multidisciplinary engineering teams to ensure designs are practical, functional, and efficient for production.
Plan and conduct experimental, prototype, and stress tests to validate aircraft designs and support design improvements.
Prepare and maintain technical documentation, including design specifications, engineering reports, test records, manuals, and technical bulletins.
Coordinate design, testing, and modification activities with engineering and technical personnel.
Develop conceptual aircraft designs based on technical requirements and transform them into functional design solutions.
Skills
Basic
Ability to read, interpret, and apply technical blueprints and schematics accurately.
Critical problem-solving skills to analyse and resolve design and structural issues.
Effective communication skills for collaboration with multidisciplinary teams.
Solid understanding of core engineering principles, including physics, mathematics, and materials science.
Strong command of computer-aided design (CAD) software for creating and modifying aircraft designs.
Specific
Ability to design, integrate, and test aircraft systems and components.
Competency in aviation-grade materials and manufacturing processes for aircraft design and development.
Competency in detailed engineering analysis for design feasibility, structural performance, and product evaluation.
Competency in prototyping and validating aircraft design concepts.
Knowledge in aerodynamics, aircraft performance, and flight mechanics.
Knowledge in aerospace industry regulations.
Proficiency in Finite Element Analysis (FEA) and Computational Fluid Dynamics (CFD) tools for engineering simulation and analysis.
Additional Info
QUALIFICATION
Bachelor’s degree or equivalent
Related Courses
Claimable Course
e-Latih Online Course
Madani TVET Course
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