Course Details | AeroSIFT

Aircraft Structures Introduction

A Course on Introduction to Aircraft Structures

AeroSIFT

English

Certificate Course

32 Students

06h 46m

Course Overview

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.