1. Develop a foundation in aerodynamics, aircraft structures, propulsion, and control systems.
2. Develop skills for aircraft system design, analysis, and testing.
3. To cultivate problem-solving, analytical, and design skills.
4. Prepare graduates for leadership roles.

1. Strong background in mathematics, physics, and engineering concepts.
2. Interest in aviation and aircraft technology.
3. Passion for aerospace and engineering design.
4. Commitment to lifelong learning and personal development.
5. Strong communication and interpersonal skills.
6. Desire for positive impact.

1. Materials and Structures
2. Thermofluids
3. Computing
4. Engineering Design and Manufacture
5. Aircraft System and Performance Design
6. Engineering Mathematics 1
7. Engineering Mathematics 2
8. Engineering Mechanics
9. Risk Analysis
10. Structural Design Project
11. Engineering Mathematics 3
12. Dynamics and Vibration
13. Systems Reliability Assessment
14. Incompressible Aerodynamics
15. Aircraft Structural Loading and Stress Analysis
16. Mechanics of Materials
17. Compressible Flow
18. Control Engineering
19. Fixed and Rotary Wing Aircraft Performance
20. Electrotechnology
21. BEng Project
22. Aircraft Stability and Flight Test
23. Spacecraft Engineering
24. Noise Control
25. Gas Turbine Design 1
26. Stress and Structural Analysis
27. Introduction to Computational Fluid Dynamics
28. Sensor Fusion for Intelligent Vehicles
29. Aircraft Design
30. Gas Turbine Design 2
31. Finite Element Methods
32. Aerodynamics
33. Principles of Composite Materials & Structures
34. Flight Control Systems
35. Machine Intelligence
36. Battery Technology
37. University Wide Language Programme

1. Lectures
2. Tutorials
3. Field trips
4. Independent study
5. Group work
6. Supervision
7. Workshops
8. Laboratory work
9. Practical sessions

1. Aerospace Engineering Principles
2. Applications Of Electrical And Electronic Engineering 1
3. Engineering Design And Practice
4. Engineering Mechanics
5. Engineering Thermofluids
6. Aerodynamics And Propulsion
7. Control System Analysis
8. Engineering Mathematics 2
9. Engineering Product Commercialisation
10. Flight Dynamics And Control
11. Mechanical Design And Structures
12. Aerospace Engineering Applications
13. Aircraft Design Group Project
14. Applied Computational Fluid Dynamics
15. Engineering Project
16. Structural Analysis And Fea

1. Laboratory
2. Coursework
3. Teamworking
4. Presentations
5. Project reports
6. Design projects
7. Technical assignments

This programme may vary depending on the institutions and countries, but the general standard options in the UK are:

1. 03 years full-time
2. 04 years full-time (placement)

1. Wind tunnels
2. Anechoic chamber
3. Indoor UAV testing
4. Structures testing facilities
5. Gas-turbine engines
6. Eight purpose-built automotive engine test cells
7. Hawk aircraft
8. 6-axis of motion road and aircraft simulator
9. Chassis dynamometer, high and low-temperature fuel cell testing facilities
10. Numerous instrumented test vehicles.
11. Flight simulators
12. Material testing labs
13. Aircraft hangars and workshops
14. Electrical engineering and telecoms lab
15. Power engineering lab
16. Thermofluids and aeronautical lab
17. Fluid engineering lab

1. Aeronautical engineer
2. Aeronautical designer
3. Aerospace engineer
4. Aerodynamics engineer
5. Mechanical engineer
6. Structural engineer (Aerospace)
7. Flight Test engineer
8. Avionics engineer
9. Propulsion engineer
10. Electronics engineer
11. Military aircraft maintenance engineer
12. Missile systems engineer
13. Unmanned aerial vehicle (UAV) engineer
14. Airline maintenance engineer
15. Airline systems engineer
16. Airline operations engineer
17. Aeronautical research scientist
18. Aeronautical simulation specialist
19. Aeronautical composite materials engineer
20. Buyers and procurement officers
21. CNC programmers (aerospace industry)
22. CAD technician
23. Finance graduate schemes
24. Senior leaders

1. Tuition fees are £29,750 (per year) and may vary depending on the institution.
2. Scholarships, grants, and financial opportunities are available.
3. Government loan aid is available.

1. HSC minimum 75% or 4.0 / 5.0 of total GPA.
2. International Baccalaureate (IB) Diploma: 28 points overall.
3. Successful completion of IFY from a UK institution.
4. A-Level requirements are outlined on the course page.
5. English language requirements (IELTS or TOEFL).
6. Strong communication and interpersonal skills.

1. Opportunities for internships with leading aerospace companies, airlines, and defence organisations.
2. Field projects on aircraft performance, testing, and maintenance.

1. Professional Engineer (PE)
2. Chartered Engineer (CEng)
3. Chartered Professional Engineer (CPE)
4. Aircraft Maintenance Technician (AMT)
5. Flight Test Engineer

Typically, it takes twice a year (fall and spring), but may vary like:

1. Fall (September/October)
2. Spring (January/February)
3. Summer (May/June)

"I decided to study Aeronautical Engineering because I had a passion for aviation and aerospace and a desire to understand the intricacies of air travel. I was very keen on problem solving and analysing complex situations to get to a solution; this helped me decide to pursue the engineering sector of aerospace." Says - "Ken Yau, Aeronautical Engineering BEng".