Aerospace Engineering: Aircraft Design Project Guide (Full Course 2026)

Want to learn how aircraft are designed from scratch? ✈️
This Aerospace Engineering – Aircraft Design Project Guide (2026) gives you a complete, project-based approach to understanding modern aircraft design — from fundamental principles to real-world implementation.

Whether you're a student or an aspiring aerospace engineer, this course will help you build strong technical knowledge and apply it through a hands-on aircraft design project.

🎬 AIRCRAFT DESIGN MASTERCLASS - FULL TIMESTAMPS

SECTION 1: INTRODUCTION & STATISTICAL ANALYSIS
0:00:00 Aircraft Design Project Overview
0:09:30 Statistical Analysis Tables
0:22:56 Using Statistical Data for Parameter Prediction
0:25:14 Requirements to the New Aircraft
0:27:55 Applying Statistical Analysis

SECTION 2: MISSION & MASS ESTIMATION
0:32:58 Flight Mission Types
0:36:08 Choosing Main Aircraft Parameters
0:37:05 Aircraft Mass Estimation
0:39:01 Empty Plane Mass
0:47:43 Cabin Crew and Luggage Mass
0:52:34 Fuel Mass
1:03:46 Wing Loading
1:15:55 Aircraft Traction and Qualities

SECTION 3: AERODYNAMICS & GEOMETRY
1:25:19 Types of Aerodynamic Scheme
1:27:32 Choosing Aerodynamic Scheme
1:33:23 Wing Airfoil and Geometry
1:56:31 Horizontal Surface Geometry
2:08:01 Vertical Surface Geometry
2:14:25 Elevator and Rudder Design

SECTION 4: FUSELAGE DESIGN
2:18:41 Estimating Fuselage Width
2:23:24 Estimating Cabin Length
2:26:57 Height and Length of the Body

SECTION 5: MASS RE-ESTIMATION
2:31:12 Wing Mass
2:41:10 Fuselage, Surfaces & Landing Gear Mass
2:55:34 Powerplant, Equipment & Fuel Mass

SECTION 6: BALANCE CHARACTERISTICS
3:00:05 Aircraft Balance Characteristics Overview
3:04:01 Estimating Real Mass of Components
3:08:09 Balancing of Aircraft Construction
3:14:33 Balancing Additional Components

SECTION 7: FINAL CENTER OF MASS
3:20:39 Estimating the Final Center of Masses
3:29:26 End of Course

✅ What You’ll Learn:
Fundamentals of aerospace engineering
Aircraft design process (concept → analysis → design)
Aerodynamics and lift generation
Wing, fuselage, and propulsion system design
Stability and control basics
Performance calculations and optimization
Real-world aircraft design workflow
🎓 Perfect For:

✔ Aerospace engineering students
✔ Engineering enthusiasts
✔ Future aircraft designers
✔ Anyone interested in aviation and flight mechanics

🔥 This is not just theory — you’ll follow a complete aircraft design project step-by-step.

🚀 Why This Course?
Project-based learning approach
Beginner to advanced concepts explained clearly
Real engineering applications
Build a strong aerospace foundation

👉 Start your journey into aircraft design and aerospace engineering today!