Aeronautical engineering is the branch of mechanical engineering that deals with the design and development of aircraft. This can range from the cutting-edge technology of today's modern fighter aircraft, to aircraft designed to carry many hundreds of people thousands of miles around the world in comparative luxury and with extraordinary efficiency.
Our Aeronautical Engineering programme is designed in line with international quality standards. It covers the four classical areas of aerospace vehicle design; namely: aerodynamics; structures, propulsion, and flight stability and control.
The programme blends theoretical knowledge with experimental testing and simulation applications, as well as generic soft skills, in order to ensure that our graduates are well prepared for entry-level job positions in their field of specialization, as well as being qualified to pursue graduate studies.
The programme is based on the American model for higher education awards, where a Bachelor degree normally takes a minimum of four years and includes requirements for breadth as well as depth of study. Students will fulfil what are called liberal or general studies requirements for introductory knowledge in several subjects.
Internship and Practical Experience
In collaboration with EK Engineering, the Emirates Group and other Industrial partners, EAU offers its active students who are enrolled in this programme, a six-month industrial internship. This is embedded into the curriculum of the programme and weighting fifteen credits in their semester 6 of their studies.
The coveted internship programme with one of the region’s most successful organisations, will help students combine academic study with practical skills and experience relevant to their education and career plans.
While at EAU, not only students learn comprehensive theory, but EAU will also provide the means to gain practical experience in well-equipped laboratories and workshops as well as the provision of hands on experience in a real workplace environment through on job training and internships.
Graduates of the Bachelor of Science in Aeronautical Engineering programme are qualified for entry-level positions in many sectors of the aerospace/aircraft industry, as well as with a number of other engineering organizations, including automobile manufacturers, mechanical construction and oil companies.
Therefore, our graduates may choose to pursue a career in one of the following areas:
Companies that have employed graduates of the Emirates Aviation University Bachelor of Science in Aeronautical Engineering programme include:
Universities in which our graduates were accepted/have completed their graduate studies include:
Four years.
Full-time, credit-hour system, and semester-based.
A typical four-year study plan
Year | Ref | Module |
---|---|---|
First Year | ||
Semester One | ENG 1000 | Introduction to Math |
ENG 2210 | Manufacturing Technology | |
ENG 2150 | Statics | |
GEN 3015 | Innovation and Entrepreneurship | |
GEN 1010 | English I | |
Semester Two | ENG 1100 | Math I |
ENG 2230 | Dynamics | |
ENG 1260 | Electrical and Electronic Principles | |
ENG 2220 | Introduction to Programming | |
GEN **** | Elective GE Module | |
Second Year | ||
Semester One | ENG 1200 | Math II |
EAE 2340 | Strength of Materials | |
EAE 2300 | Engineering Thermodynamics | |
EAE 3350 | Materials Science & Engineering | |
EAE 3350 | Fluid Mechanics | |
Semester Two | ENG 3250 | Math III |
EAE 2310 | Heat Transfer & Combustion | |
EAE 4190 | Aircraft Structures I | |
EAE 2355 | Incompressible Aerodynamics | |
ENG 2500 | Sustainable Aviation | |
Third Year | ||
Semester One | ENG 3260 | Math IV |
EAE 3100 | Flight Mechanics | |
EAE 2810 | Aircraft Propulsion I | |
EAE 3250 | Flight Control Systems | |
EAE 3200 | Compressible Aerodynamics | |
Semester Two | ENG 4120 | Industrial Training (I) - Live Aircraft Environment (Hangar) |
ENG 4130 | Industrial Training (II) - Engines Workshop | |
ENG 4140 | Industrial Training (III) - Cabin Workshop | |
ENG 4150 | Industrial Training (IV) - Structures & Avionics Workshop | |
ENG 4160 | Industrial Training (V) - Wheels and Brakes Workshop | |
Forth Year | ||
Semester One | EAE 3365 | Aircraft Propulsion II |
EAE 4195 | Aircraft Structures II | |
EAE 4240 | Flight Vehicle Dynamics & Control | |
EAE 4250 | Aircraft Design I | |
GEN 3020 | Cross Cultural Studies | |
Semester Two | EAE 4070 | Aerospace Project |
EAE 4255 | Aircraft Design II | |
EAE **** | Major TE Elective Module I | |
EAE **** | Major TE Elective Module II |
Major Technical Elective (TE) Courses
Ser | Course Code | Course Name |
---|---|---|
1 | EAE 3820 | Modern Automatic Control |
2 | EAE 4095 | Computational Fluid Dynamics |
3 | EAE 4125 | Aircraft Engine Simulation and Control |
4 | EAE 4130 | Design of Aircraft Engines |
5 | EAE 4150 | Aircraft Maintenance Engineering |
6 | EAE 4220 | Mechanics of Composite Materials |
7 | EAE 4225 | Finite Element Analysis |
8 | EAE 4245 | Wind Turbines |
9 | EAE 4260 | Helicopter Aerodynamics |
The above programme of study is for illustrative purposes only and may be subject to change.
Further Studies
The Bachelor of Science in Aeronautical Engineering enables you to progress to study at Master’s Level in several Engineering and non-Engineering disciplines.
The Learning Outcomes are old. The updated Learning Outcomes are listed as follows:
Knowledge and Understanding:
KU1 Ability to apply knowledge of mathematics, science and engineering
KU2 A broad education necessary to understand the impact of engineering solutions in a global, economic, environmental and social context
KU3 Knowledge of contemporary issues
KU4 Understanding of professional and ethical responsibility
Cognitive Skills:
CS1 Ability to identify, formulate and solve engineering problems
CS2 Ability to design a system, component, or process to meet desired needs within realistic constraints such as economic, social, political, ethical, health and safety, manufacturability and sustainability
CS3 Ability to function on multidisciplinary teams
Practical Skills:
PS1 Ability to design and conduct experiments, as well as to analyse and interpret data
PS2 Ability to use the techniques, skills and modern engineering tools necessary for engineering practice
Transferable Skills:
TS1 Recognise the need for, and demonstrate an ability to engage in life-long
TS2 Demonstrate an ability to communicate effectively
School Curriculum System | Minimum Admission Requirements |
---|---|
UAE Curriculum (Thanaweyya 'Ammah) |
Curriculum Track:
|
British System - AS/A Levels |
|
British System - BTEC Level 3 Diploma |
BTEC Level 3 Diploma in a relevant field |
International Baccalaureate |
IB certificate or diploma or career programme (Covering Math and physics)* |
American High School Diploma |
70% score in Math and Physics* |
Indian Boards (Std XII) |
Minimum of 55% in the Senior Secondary School Certificate (12th Standard) including Math and Physics* |
Pakistani Board HSSC Part I+II (Gr 12) |
Minimum of 55% in the Senior Secondary School Certificate (12th Standard) including Math and Physics* |
Iranian Curriculum | Score of 15 points in the pre-university certificate, or minimum overall of 75% including Math and Physics* |
Russian Curriculum | Score of 4.0 in the final year (grade 11), including Math and Physics* |
French Baccalaureate | Score of 11 in the Scientific track, including Math and Physics* |
*Notes and remarks:
Tuition Fees (AED) |
---|
AED 90,000 per year |
The above tuition fees are effective starting 18 August 2025.
For information on how to apply for a course at Emirates Aviation University, see our Admissions Guide