Aircraft Structures Introduction
A Course on Introduction to Aircraft Structures
A Course on Introduction to Aircraft Structures
This Introduction to Aircraft Structures course is a comprehensive, beginner-friendly program designed to provide a clear understanding of how modern civil aircraft structures are designed, built, maintained, and certified.
Structured across six carefully organized modules, the course begins with the historical evolution of aircraft structures — from early wood-and-fabric designs to advanced composite airframes. It then explores structural arrangement and load paths, major aircraft components, and the philosophy behind modern semi-monocoque construction.
Learners are introduced to aircraft structural materials including aluminum alloys, composites, titanium, and steel, with emphasis on material behavior, fatigue, corrosion, and environmental effects. The course continues into aircraft manufacturing and assembly methods, explaining tolerances, fit-up, tooling, quality control, and how manufacturing decisions influence structural integrity.
Maintenance and repair philosophy are covered in detail, including fatigue damage, corrosion, inspection methods, metallic and composite repairs, and aging aircraft considerations. The final module explains the regulatory environment governing aircraft structures, including certification philosophy, structural loads and safety factors, fatigue testing, pressurization requirements, continued airworthiness, and the relationship between design, maintenance, and regulation.
A unique feature of this course is the integration of real-world Boeing 787 Airworthiness Directive (AD) case studies across modules. These case studies demonstrate how structural design, manufacturing deviations, material issues, maintenance findings, and regulatory oversight interact in real service conditions.
By the end of the course, learners will develop a structured foundation in civil aircraft structural engineering concepts and gain insight into how safety, engineering design, manufacturing, maintenance, and regulation work together to ensure continued airworthiness.
This course is ideal for students, entry-level engineers, aviation professionals, and anyone seeking a structured introduction to aircraft structural fundamentals.
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1.1. History of Aircraft Structures
00:01:581.2. Early Aircraft Structures
00:06:501.3. Development of Metal Aircrafts
00:05:561.4. Introduction to Aluminum Alloys
00:06:001.5. Pressurized Aircraft and Structural Changes
00:08:171.6. Evolution of Design Philosophies
00:05:351.7. Introduction to Composite Structures
00:08:151.8. Transition to Modern Civil Aircraft Structures
00:02:191.9. Case Study 1 of B787 AD
00:04:002.1. Structural Arrangement and Components
00:01:542.2. Aircraft Structure
00:01:582.3. Classification of Aircraft Structures
00:02:332.4. Load Paths in Aircraft Structures
00:04:152.5. Types of Airframes
00:01:142.6. Wings
00:04:322.7. Fuselage
00:04:262.8. Empennage
00:04:072.9. Landing Gear
00:04:362.10. Pylons and Supporting Structure
00:01:062.11. Flight Controls
00:03:472.12. Structural Fasteners and Hardware
00:03:582.13. Structural Differences in Modern Aircraft - Part1
00:01:342.14. Structural Differences in Modern Aircraft - Part2
00:02:502.15. Case Study 2 of B787 AD
00:01:462.16. Case Study 3 of B787 AD
00:02:012.17. Case Study 4 of B787 AD
00:01:183.1. Aircraft Structural Materials
00:02:003.2. Material Requirements for Aircraft Structures
00:01:083.3. Material Behavior Under Load
00:04:173.4. Aluminum Alloys in Civil Aircraft
00:03:103.5. Composite Materials
00:03:063.6. Titanium and Steel in Aircraft Structures
00:03:323.7. Environmental Effects on Aircraft Materials
00:03:533.8. Materials, Manufacturing, and Cost
00:03:133.9. Materials in Modern Civil Aircraft
00:03:473.10. Case Study 5 of B787 AD
00:01:573.11. Case Study 6 of B787 AD
00:01:074.1. Aircraft Manufacturing & Assembly Methods
00:03:034.2. Overview of Aircraft Manufacturing Flow
00:04:194.3. Tooling, Jigs, and Fixtures in Aircraft Manufacturing
00:03:124.4. Metallic Structure Manufacturing Methods
00:03:274.5. Fastening and Joining Techniques
00:04:424.6. Composite Manufacturing Methods
00:03:304.7. Tolerances, Fit-Up, and Shimming
00:02:514.8. Assembly of Major Aircraft Structures
00:03:244.9. Quality Control and Inspection in Manufacturing
00:03:274.10. Manufacturing Defects and Challenges
00:03:114.11. Manufacturing, Cost and Production Rate
00:03:064.12. Digital Manufacturing and Industry 4.0
00:03:004.13. Manufacturing’s Impact on Maintenance & Certification
00:02:464.14. Case Study 7 of B787 AD
00:01:114.15. Case Study 8 of B787 AD
00:01:374.16. Case Study 9 of B787 AD
00:01:315.1. Maintenance and Repairs
00:01:465.2. How Maintenance is Carried Out
00:01:115.3. Types of Structural Damage
00:03:115.4. Fatigue Damage in Aircraft Structures
00:02:275.5. Corrosion in Aircraft Structures
00:02:595.6. Structural Inspections
00:02:505.7. Metallic Repairs
00:03:075.8. Composite Repairs
00:02:315.9. Structural Repair Philosophy
00:02:445.10. Aging Aircraft & Continued Safety
00:02:505.11. Case Study 10 of B787 AD
00:01:135.12. Case Study 11 of B787 AD
00:01:076.1. Regulatory Environment
00:03:266.2. Who Regulates Civil Aircraft Structures - Part1
00:01:086.3. Who Regulates Civil Aircraft Structures - Part2
00:01:086.4. Structural Certification Philosophy - Part1
00:01:116.5. Structural Certification Philosophy - Part2
00:01:546.6. Structural Loads & Safety Factors
00:01:256.7. Static Strength Testing
00:01:086.8. Fatigue & Durability Testing - Part1
00:01:056.9. Fatigue & Durability Testing - Part2
00:01:126.10. Pressurization & Damage Tolerance - Part1
00:01:086.11. Pressurization & Damage Tolerance - Part2
00:01:406.12. Continued Airworthiness - Part1
00:01:066.13. Continued Airworthiness - Part2
00:02:166.14. Design, Maintenance & Regulation Connection
00:01:236.15. Case Study 12 of B787 AD
00:01:286.16. Case Study 13 of B787 AD
00:01:51
13 Mar, 2026
I am a beginner in the aircraft structures field, and this course was very helpful for understanding the basics. The explanations are simple, clear, and easy to follow. I found the course very informative and interesting. I look forward to exploring more courses from AeroSIFT. Highly recommended for beginners. ✈️
13 Mar, 2026
The course material is deeply interesting and covers essential concepts thoroughly. However, the delivery could be significantly improved by adding more interactive and visual elements. Currently, it is very lecture-heavy; incorporating real-world videos of aircraft construction, flight testing, and control systems would be invaluable. Additionally, seeing actual images of aircraft parts, corrosion, and fatigue testing would help bridge the gap between theory and practice. A more visual approach would make this excellent content even more engaging
12 Mar, 2026
Taken the course, and it is wonderful. But it still says one module remaining (87/88) where I have completed all 87 sections... It never reaches 88, hence could not get the Certificate even after completing it successfully. Please I need some assistance. Overall the course is appreciable.
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Students
158
language
English
Duration
06h 48mLevel
beginner
Expiry period
2 Months
Certificate
Yes
AeroSIFT
English
Certificate Course
158 Students
06h 48m
6 Courses
10 Reviews