1. Understanding aerodynamics, propulsion systems, and structures.
2. Equipping students with design, analysis, and testing skills.
3. Preparing graduates for roles in vehicle design, production, and maintenance.

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

1. Professionalism and codes of conduct
2. Corporate social responsibility
3. Engineering and responsibility
4. Ethics in innovation and research ethics
5. Mathematics
6. Physics
7. Engineering Fundamentals
8. Aerospace Fundamentals
9. Aerodynamics
10. Aircraft Structures
11. Propulsion
12. Control Systems
13. Mathematics
14. Aircraft Design
15. Aerospace Materials
16. Avionics
17. Space Systems
18. Elective Courses
19. Individual Project
20. Capstone Design Project
21. Elective Courses
22. ABET Accreditation
23. Co-op Programmes

1. Laboratory classes
2. Lectures and tutorials
3. Seminars
4. Guest Lectures
5. Project work
6. One-to-one meetings
7. Industry fieldwork
8. Hands-on experience

1. Computers in Engineering Analysis
2. Design and Manufacturing-1
3. Thermofluids-1
4. Solid Mechanics
5. Engineering Materials
6. Engineering Mathematics
7. Engineering Mechanics
8. Vibration and Control
9. Design and Manufacturing-2
10. Economics and Management
11. Mechatronics and Measurement Systems
12. Thermofluids- 2
13. Aerospace Vehicle Design
14. Aerodynamics and Aerospace Propulsion
15. Aerospace Flight Mechanics
16. Individual Engineering Project
17. Finite Element Methods of Analysis

1. Laboratory
2. Coursework
3. Teamworking
4. Practical assessments
5. Presentations
6. Written exams
7. Project reports

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

1. 03 - 04 years full-time
2. 01 Work placement (Optional)

1. CAD/CAM laboratories
2. Computer Labs
3. Wind tunnels
4. Flight simulators
5. Material testing labs
6. Aircraft Hangars and Workshops
7. High-performance computing facilities
8. High-tech aerospace design software and simulation tools
9. Research groups
10. Access to research grants and funding

1. Aviation
2. Construction
3. Finance
4. Armed forces
5. Automotive
6. Utilities
7. Consultancy
8. Project Engineer
9. Advanced Manufacturing Research Centre with Boeing
10. Flight Physics Engineer, Airbus
11. Research Engineer, AMRC
12. Gas Turbines Design Engineer, Assystem UK
13. Avionics Technical Engineer, British Airways
14. Nuclear Engineer, EDF Energy
15. Helicopter Pilot & Licensed Engineer, Heli-Jet Aviation
16. Test Engineer, Jaguar Land Rover
17. RAF Officer, RAF
18. Manufacturing Engineer, Rolls-Royce Plc

1. Tuition fees are £32,250 (per year) and may vary depending on the institution.
2. Scholarships, grants, and financial opportunities are available.
3. Government loan aid is available.

This course may vary depending on the specific programme and institution, but the standard minimum entry requirements (UK) are:

1. English Language requirement
2. Extended Project Qualification (EPQ)
3. International Project Qualification (IPQ)
4. Welsh Baccalaureate Advanced Skills Challenge Certificate (ASCC)

1. Opportunities for internships with aerospace companies and research institutions.
2. Real-world aerospace projects and collaborations with industry experts.

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)

"Do it! Whether you’re looking for a course to keep doors open or to specialise, this course is great. The flexibility to take the first two years to decide what you want to do is a great help." Says - "Dhanika Kapoor, Aeronautical and Aerospace Engineering BEng (Hons)".