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    Aircraft Design Project Guide: Aerospace Engineering

    Posted By: ELK1nG
    Aircraft Design Project Guide: Aerospace Engineering

    Aircraft Design Project Guide: Aerospace Engineering
    Published 2/2025
    MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
    Language: English | Size: 2.22 GB | Duration: 3h 6m

    Master the fundamentals of aircraft design—From aerodynamics to real-world project execution.

    What you'll learn

    Fundamentals of Aircraft Design

    Practical Aircraft Design Execution

    Applying Aerospace Engineering to Real-World Projects

    Collaborative Project Work & Industry Insights

    Requirements

    No prior engineering background is necessary! This course is structured for beginners and will guide you through all the core concepts.

    A computer with internet access – All course materials and projects are designed to be completed digitally.

    A passion for aerospace and learning – Bring your curiosity and willingness to engage in hands-on projects!

    Description

    Aircraft Design Project Guide: Aerospace EngineeringMaster the principles of aircraft design, from aerodynamics to real-world project execution, and build your own aircraft concept from scratchThe aerospace industry is evolving rapidly, and the demand for skilled aircraft designers is higher than ever. Whether you are an aspiring aerospace engineer, an aviation enthusiast, or a professional looking to enhance your expertise, this course provides a structured and practical approach to mastering aircraft design.This course is designed to bridge the gap between theory and application. You will not only learn the fundamental principles of aerodynamics, propulsion, structures, and aircraft systems, but you will also apply this knowledge through hands-on projects. By the end of the course, you will have worked through a complete aircraft design process, equipping you with the skills needed to develop real-world aviation solutions.What You Will LearnFundamentals of Aircraft Design – Understand the core principles of aerodynamics, propulsion, structures, and systems, and how they influence aircraft performance.Practical Design Execution – Learn to design different aircraft types, from business jets to military aircraft, through guided exercises.Engineering Decision-Making – Develop the ability to make informed design choices based on mission requirements, safety constraints, and performance considerations.Project-Based Learning – Work on your own aircraft design project, applying engineering principles to create a functional and optimized aircraft concept.Industry-Relevant Skills – Gain technical expertise that can be applied to aerospace engineering roles, research, or further academic study.Who Is This Course For?This course is tailored for a wide range of learners:Aspiring aerospace engineers who want to build a strong foundation in aircraft design and gain hands-on experience.Aviation enthusiasts seeking to deepen their understanding of aircraft design and performance.Engineering professionals looking to expand their knowledge and apply aerospace principles to real-world projects.Students and career changers with an interest in aircraft design, even without prior engineering experience, as the course provides step-by-step guidance.Course RequirementsNo prior aerospace or engineering background required – This course is designed for both beginners and those with some technical knowledge.A computer with internet access – All materials, exercises, and projects are designed to be completed digitally.An interest in aviation and aerospace engineering – A willingness to engage with technical concepts and apply them to practical projects will enhance the learning experience.Why Take This Course?Unlike traditional courses that focus only on theoretical concepts, this program emphasizes hands-on learning and real-world application. Through structured lessons, interactive exercises, and project-based assignments, you will not only understand aircraft design principles but also develop the skills to apply them in practical scenarios.By the end of the course, you will have completed a full aircraft design project and gained the technical expertise necessary to pursue opportunities in aerospace engineering, aviation design, and related fields. Whether you are preparing for a career in aerospace or simply want to explore the world of aircraft design, this course provides the knowledge and experience needed to succeed.Enroll today and take the first step toward mastering the science and engineering behind aircraft design.

    Overview

    Section 1: Aircraft Design Project Overview and Discussion

    Lecture 1 Aircraft Design Project Overview and Discussion

    Lecture 2 Statistical Analysis Tables

    Lecture 3 Using Statistical Data for Parameters Prediction

    Lecture 4 Requirements to the New Aircraft

    Lecture 5 Applying the Statistical Analysis to Our Project

    Section 2: Flight Mission Types

    Lecture 6 Flight Mission Types

    Lecture 7 Choosing the Main Aircraft Parameters

    Lecture 8 Aircraft Mass Estimation

    Lecture 9 Empty Plane Mass

    Lecture 10 Cabin Crew and Luggage Mass

    Lecture 11 Fuel Mass

    Section 3: Wing Loading

    Lecture 12 Wing Loading

    Lecture 13 Aircraft Traction and Qualities

    Section 4: Types of Aerodynamic Scheme

    Lecture 14 Types of Aerodynamic Scheme

    Lecture 15 Choosing Aerodynamic Scheme

    Lecture 16 Wing Airfoil and Geometry

    Lecture 17 Horizontal Surface Geometry

    Lecture 18 Vertical Surface Geometry

    Lecture 19 Elevator and Rudder Design

    Section 5: Estimating Fuselage Width

    Lecture 20 Estimating Fuselage Width

    Lecture 21 Estimating Cabin Length

    Lecture 22 Height and Length of the Body

    Section 6: Re-estimating Aircraft Masses – Wing Mass

    Lecture 23 Re-estimating Aircraft Masses – Wing Mass

    Lecture 24 Fuselage, Surfaces and Landing Gear Mass

    Lecture 25 Powerplant, Equipment and Fuel Mass

    Section 7: Aircraft Balance Characteristics Overview

    Lecture 26 Aircraft Balance Characteristics Overview

    Lecture 27 Balancing of Aircraft Construction

    Lecture 28 Balancing of Aircraft Construction

    Lecture 29 Balancing Additional Aircraft Components

    Lecture 30 Estimating the Final Center of Masses

    Aspiring Aerospace Engineers – Those looking to build a strong foundation in aircraft design and gain practical experience.,Aviation Enthusiasts – Individuals with a passion for aircraft who want to understand the science behind their design.,Industry Professionals – Engineers, designers, and professionals seeking to enhance their technical knowledge and expand their expertise in aerospace engineering.,Beginners and Career Changers – No prior engineering experience required! This course provides step-by-step guidance, making it accessible for anyone eager to enter the aerospace industry.