Aerospace Engineering Level 3 Advanced Diploma

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Final Exam

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• Disclaimer 01:00

  • 1: Disclaimer 01:00

• Lecture 1: Introduction to Aerospace Engineering 11:00

  • 2: Lesson 1 - Introduction to Aerospace Engineering 02:00
  • 3: Lesson 2 - Historical Overview of Aerospace Development 03:00
  • 4: Lesson 3 - Fundamentals of Flight 03:00
  • 5: Lesson 4 - Aerospace Terminology and Concepts 03:00

• Lecture 2: Aerodynamics 12:00

  • 6: Lesson 1 - Fluid Mechanics and Aerodynamics Principles 03:00
  • 7: Lesson 2 - Airfoil Theory and Wing Design 03:00
  • 8: Lesson 3 - Drag, Lift, and Stability Analysis 03:00
  • 9: Lesson 4 - Compressible Flow and Supersonic Aerodynamics 03:00

• Lecture 3: Aircraft Structures 15:00

  • 10: Lesson 1 - Introduction to Aircraft Structures 03:00
  • 11: Lesson 2 - Materials Used in Aerospace Engineering 03:00
  • 12: Lesson 3 - Stress, Strain, and Load Analysis 03:00
  • 13: Lesson 4 - Structural Design and Analysis 03:00
  • 14: Lesson 5 - Fatigue and Failure Analysis 03:00

• Lecture 4: Propulsion Systems 13:00

  • 15: Lesson 1 - Aircraft Propulsion Systems Overview 03:00
  • 16: Lesson 2 - Gas Turbine Engines 03:00
  • 17: Lesson 3 - Rocket Propulsion and Spacecraft Engines 02:00
  • 18: Lesson 4 - Propeller Design and Analysis 02:00
  • 19: Lesson 5 - Alternative Propulsion Concepts 03:00

• Lecture 5: Flight Mechanics and Control 15:00

  • 20: Lesson 1 - Aircraft Flight Dynamics 03:00
  • 21: Lesson 2 - Aircraft Stability and Control 03:00
  • 22: Lesson 3 - Control Surfaces and Actuation 03:00
  • 23: Lesson 4 - Fly-by-Wire Systems 03:00
  • 24: Lesson 5 - Autopilot and Flight Control Systems 03:00

• Lecture 6: Avionics and Instrumentation 15:00

  • 25: Lesson 1 - Introduction to Avionics 03:00
  • 26: Lesson 2 - Navigation Systems 03:00
  • 27: Lesson 3 - Communication Systems 03:00
  • 28: Lesson 4 - Flight Instruments and Cockpit Displays 03:00
  • 29: Lesson 5 - Aircraft Electrical Systems 03:00

• Lecture 7: Spacecraft Engineering 15:00

  • 30: Lesson 1 - Introduction to Spacecraft Engineering 03:00
  • 31: Lesson 2 - Orbital Mechanics and Trajectories 03:00
  • 32: Lesson 3 - Satellite Systems and Applications 03:00
  • 33: Lesson 4 - Spacecraft Propulsion and Maneuvers 03:00
  • 34: Lesson 5 - Re-entry and Spacecraft Thermal Analysis 03:00

• Lecture 8: Aerospace Materials and Manufacturing 13:00

  • 35: Lesson 1 - Advanced Aerospace Materials 04:00
  • 36: Lesson 2 - Composite Materials in Aerospace 03:00
  • 37: Lesson 3 - Aerospace Manufacturing Techniques 03:00
  • 38: Lesson 4 - Quality Control and Inspection in Aerospace 03:00

• Lecture 9: Aerospace Design and Analysis 13:00

  • 39: Lesson 1 - Aerospace Design Process 04:00
  • 40: Lesson 2 - Computer-Aided Design (CAD) in Aerospace 03:00
  • 41: Lesson 3 - Finite Element Analysis (FEA) in Aerospace 03:00
  • 42: Lesson 4 - Optimization Techniques in Aerospace Engineering 03:00

• Lecture 10: Aerospace Project Management 13:00

  • 43: Lesson 1 - Project Management Principles 03:00
  • 44: Lesson 2 - Aerospace Project Lifecycle 04:00
  • 45: Lesson 3 - Risk Assessment and Mitigation in Aerospace Projects 03:00
  • 46: Lesson 4 - Ethics and Safety in Aerospace Engineering 03:00

• Lecture 11: Emerging Trends in Aerospace Engineering 12:00

  • 47: Lesson 1 - Green Aviation and Sustainable Technologies 03:00
  • 48: Lesson 2 - Electric and Hybrid Propulsion 03:00
  • 49: Lesson 3 - Additive Manufacturing in Aerospace 03:00
  • 50: Lesson 4 - Autonomous Aircraft and Drones 03:00

• Assessment 12:00

  • 51: Final Exam 12:00

This advanced diploma provides a comprehensive understanding of aerospace engineering principles, systems, and applications. Starting with the fundamentals of flight and the historical development of the industry, you’ll progress to in-depth study areas including aerodynamics, aircraft structures, and propulsion technologies. You’ll explore how aerospace materials and manufacturing techniques contribute to the strength, safety, and efficiency of aircraft and spacecraft, as well as how avionics systems enhance navigation, communication, and control.

Spacecraft engineering modules introduce orbital mechanics, satellite systems, and re-entry considerations, while aerospace design and analysis sessions cover CAD, finite element analysis, and optimisation techniques. Project management principles specific to aerospace projects are included, alongside safety, ethics, and risk mitigation strategies. The programme concludes with a look at the latest developments in green aviation, electric propulsion, additive manufacturing, and autonomous flight.

By combining theory with practical insight, this course prepares learners for roles across multiple areas of aerospace engineering — from design and testing to project leadership and innovation.

This course is ideal for individuals aiming to start or advance a career in aerospace engineering, whether in aircraft design, spacecraft systems, or aerospace manufacturing. It suits engineering students seeking to specialise, professionals in related disciplines such as mechanical or electrical engineering who want to transition into aerospace, and technicians or project managers looking to enhance their technical and managerial expertise. It’s also well-suited to aviation enthusiasts eager to gain formal training in aerospace principles and applications.

Learners should have a good understanding of written English, access to a computer or device with internet connectivity, and the motivation to study independently.

Graduates can pursue roles such as aerospace engineer, design engineer, propulsion specialist, avionics technician, spacecraft systems analyst, or project manager within the aerospace engineering sector.

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