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Introduction To Aviation Materials
Published 2/2026
Created by Zagem ACADEMY
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz, 2 Ch
Level: All Levels | Genre: eLearning | Language: English | Duration: 9 Lectures ( 3h 34m ) | Size: 3.84 GB[/center]
Learn the fundamentals of aviation materials including metals, composites, polymers, and advanced aerospace alloys.
What you'll learn
✓ Classify the main types of materials used in aviation (aluminum alloys, titanium, composites, superalloys, etc.) and explain their key properties.
✓ Evaluate the suitability of a material for aviation applications based on strength, durability, fatigue resistance, temperature performance, and lightweight cri
✓ Understand the manufacturing processes of aviation materials (heat treatments, coating techniques, composite production) and interpret how these processes affec
✓ Identify the importance of quality requirements, material testing, and industry standards (ASTM, AMS, NADCAP, etc.) in the aviation sector and develop basic qua
Requirements
● No prior knowledge of aviation materials is required - this course is designed for complete beginners. Basic understanding of physics or general engineering concepts is helpful, but not mandatory. A willingness to learn about material properties, aviation technologies, and manufacturing processes. A computer, tablet, or smartphone to watch the course videos and access downloadable resources.
Description
Introduction to Aviation Materials is a comprehensive course designed to build a strong foundation in the materials used across aviation and aerospace engineering. Whether you are a student, an aspiring engineer, or a professional looking to improve your technical knowledge, this course provides a clear and structured understanding of how aerospace materials are selected, tested, and applied.
You will explore key material categories such as aerospace-grade metals, advanced polymers, and high-performance composite materials, learning their mechanical, thermal, and chemical properties in detail. Core engineering concepts including strength-to-weight ratio, fatigue resistance, corrosion behavior, thermal stability, and structural durability will be explained with real-world industry examples.
The course also covers
• Material selection methodologies used in aircraft design
• International testing and certification standards (ASTM, ISO, aviation regulations)
• Common aerospace failure mechanisms and prevention strategies
• Modern applications in aircraft fuselage, wings, engines, and interior components
By the end of this course, you will be able to analyze aviation materials from an engineering perspective, interpret material performance data, and make informed decisions about material applications in aerospace environments.
This course is suitable for engineering students, materials science learners, aviation enthusiasts, and professionals seeking to enter or advance in the aerospace industry.
This course provides a clear introduction to aviation materials used in aircraft and aerospace systems. You will explore metals, polymers, and advanced composite technologies, while learning how engineers evaluate material performance based on strength, fatigue, thermal stability, corrosion resistance, and weight optimization. The course also covers material selection methods, industry testing standards, and real-world applications in aircraft structures. Ideal for engineering students, materials science learners, and professionals entering the aerospace field.
Who this course is for
■ Individuals who dream of entering the aviation or aerospace industry and want to build a strong foundation in materials used in modern aircraft. Engineering students and recent graduates looking to gain a competitive edge by understanding real-world material applications in aviation. Aerospace and manufacturing professionals seeking to expand their knowledge and improve their technical skills for career advancement. Quality, production, and maintenance personnel who want to better understand the materials they work with and make more informed decisions on the job. Aviation enthusiasts and lifelong learners eager to explore what makes aircraft safe, lightweight, and high-performance. Anyone preparing for job interviews, internships, or certification programs in aerospace, materials engineering, or aviation-related fields.
