1. Design, test, and manage aerospace systems.
2. Develop critical thinking and problem-solving skills.
3. Foster innovation through research and technical expertise.
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. Aerospace engineering 1
2. Analogue electronics 1
3. Engineering skills 1
4. Materials 1
5. Dynamics 1
6. Engineering mathematics 1
7. Microelectronic systems 1
8. Statics 1
9. Thermodynamics 1
10. Aerospace design project 2
11. Embedded processors 2
12. Engineering electromagnetics 2
13. Introduction to aerodynamics 2
14. Mathematics ae2x
15. Thermodynamics 2
16. Engineering skills 2
17. Introductory programming 2
18. Dynamics 2
19. Fluid mechanics 2
20. Engineering mathematics 2
21. Advanced programming & software engineering 3
22. Aerospace team design project 3
23. Communication systems 3
24. Control 3
25. Electromagnetic compatibility 3
26. Instrumentation and data systems 3
27. Simulation of engineering systems 3
28. Dynamics 3
29. Propulsion & turbomachinery 3
30. Real-time computer systems 3
31. Aircraft performance 3
32. Flight mechanics 3
33. Aerospace systems design project 4
34. Control 4
35. Individual project 4
36. Elements of law for engineers 1
37. Advanced control 5
38. Aircraft handling qualities and control 5
39. Individual project 5
40. Elements of law for engineers 1

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

1. Aircraft Performance and Operations
2. Flight Dynamics
3. Aerospace Propulsion Systems
4. Embedded Control Systems
5. Aircraft Systems and Avionics
6. Airframe Systems
7. Aerospace System Design
8. Automatic Flight Control Systems
9. Fundamentals of Engineering Mechanics
10. Introduction to Electrical Engineering
11. Digital and Computer Electronics 1
12. Electrical and Electronic Circuits
13. Introduction to Procedural Programming
14. Introduction to Professional Engineering
15. Engineering Fluid Mechanics
16. Modelling and Control
17. Sustainable Engineering Practice
18. Engineering Work Integrated Learning
19. Managing Engineering Projects
20. Engineering Final Year Project A
21. Engineering Final Year Project B
22. Mathematics for Engineering, Science and Technology 1
23. Mathematics for Engineering, Science and Technology 2
24. Calculus of Science and Engineering
25. Embedded Systems Engineering
26. Mechatronics Design 1
27. Introduction to Mechanical Engineering Design
28. Engineering Materials 1
29. Dynamics of Machines
30. Mechanics of Solids 1

1. Individual work
2. Laboratory work
3. Group project work
4. Coursework
5. Teamworking
6. Presentations
7. Design projects
8. Technical assignments

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

1. 04 years full-time.
2. Part-time options available.

1. Wind tunnels
2. Flight simulators
3. Aircraft hangars
4. Materials testing laboratories
5. Computer-aided design (CAD)
6. Computational fluid dynamics (CFD) tools
7. Machining, fabrication, and assembly workshops
8. Research centres

1. Aircraft Design Engineer
2. Aerospace Systems Engineer
3. Structural Engineer
4. Avionics Engineer
5. Propulsion Engineer
6. Space Systems Engineer
7. Defence Industry
8. Automotive Industry
9. Research and Development
10. Consulting
11. Senior leaders

1. Tuition fees are £31,800 (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 industry placements and internships with aerospace companies.
2. Fieldwork to understand the practical applications of aerospace systems.

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)

"Studying aerospace engineering opens up a number of opportunities and gives you the ability to choose an industry you’re passionate about." Says - "Hannah Clague, Aerospace BEng (Hons)".