
Aeronautical Engineering Subjects
If you love flying or are interested in studying science that deals with aircraft or aerospace in general, then aeronautical engineering subjects will surely appeal to you a lot. The amazing things about aeronautical engineering subjects are that they focus mainly on researching, designing, developing, and maintaining aircraft and spacecraft. The subjects are designed such that you will gain adequate practical experience and theoretical knowledge that is needed to take your career to greater heights in the future. Also, when you get the opportunity to study aeronautical engineering subjects abroad, you are giving yourself every chance to explore the finer details of this discipline to enable your employability to reach newer heights. Studying aeronautical subjects in prestigious universities across the US, the UK, Canada, Australia, New Zealand, and Ireland lets you collaborate with individuals from different regions and have different ideas. The experience also helps you build an impressive and long-lasting professional network that will help you in the future.
Table of Contents
- What is Aeronautical Engineering?
- List of Aeronautical Engineering Courses
- Aeronautical Engineering Subjects
- Aeronautical Engineering Syllabus
- Top Universities Offering Aeronautical Engineering Courses in Abroad
- Aeronautical Engineering Courses: Eligibility Criteria
- Aeronautical Engineering – Career Prospects
- Aeronautical Engineering – Average Salary
- Aeronautical Engineering – Scholarships
What is Aeronautical Engineering?
One of the popular branches of science, aeronautical engineering, is an incredibly vast field of study that encompasses the designing and construction of aircraft and spacecraft. The professionals working in this field, such as the aeronautical engineers, design and develop machinery designs and engineering solutions for private and government organisations. Aeronautical engineering is quite popular among students because of the enormous scope and applications of the subject. In aeronautical engineering, students work in different areas related to aircraft maintenance, engine maintenance, testing new and old aviation and aerodynamic systems, design and development of aircraft parts, airframe maintenance, improvement maintenance, and quality management.
List of Aeronautical Engineering Courses
Undergraduate:
- Bachelor of Science in Aerospace Engineering
- Bachelor of Science in Aeronautical Engineering
- Bachelor of Science in Mechanical and Aerospace Engineering
- BEng (Honors) Aeronautical Engineering
Postgraduate:
- MEng Aerospace Science and Engineering
- Master of Science in Aeronautics and Astronautics
- MSc Advanced Computational Methods of Aeronautics
- Master of Science in Aeronautics
- MEng (Honors) Aeronautical Engineering
- MSc Advanced Aeronautical Engineering
- Master of Science in Mechanical and Aerospace Engineering
Doctorate:
- PhD in Aerospace Science and Engineering
- PhD in Aeronautics
- PhD in Mechanical and Aerospace Engineering
- PhD in Aeronautics and Astronautics
Besides all the courses listed above, students can also pursue dual degree combinations of Bachelor's, Masters and PhD degrees in certain universities.
Aeronautical Engineering Subjects
Aeronautical Engineering Subjects
Some of the core aeronautical engineering subjects that aeronautical engineers study as a part of the program include:
- Aircraft Design
- Aerospace Engineering Systems
- Thermodynamics, Gas and Fluid Dynamics
- Computer-Aided Design
- Solid Mechanics and Aerospace Structures
- Aerodynamics
- Aircraft Propulsion
- Aircraft Control
- Solid and Structural Mechanics
- Finite Elements in Mechanical and Structural Analysis
- Aircraft Dynamics
- Aircraft and Spacecraft Structures
- Fluid Dynamics
Subjects |
Topics Covered |
Aircraft Design |
Aircraft Polars, Aeroelasticity and Wing Divergence, Propeller Design, Aircraft Design process, Aircraft Structural Design, Level Flight and Trim, Drag Estimation, High Lift Devices, Design Speeds |
Aerospace Engineering Systems |
Simulation and Fabrication, Introduction to Design, Computer-aided Design, Solid Modelling, Signals and Sensors, Embedded programming, Microcontrollers, Computer-aided Simulation |
Thermodynamics, Gas and Fluid Dynamics |
Molecular and Continuum Concepts, Fluid Properties, Conservation Laws, Flows in Nozzles and Thermodynamics Laws, Shock and Expansion Waves, One-dimensional Flows |
Computer-Aided Design |
Design Parameters, Computer Designing for Dynamics and Fluids, Trade-off Diagrams, Computer Generation of Geometric Models, Finite-element Modelling and Analysis |
Solid Mechanics and Aerospace Structures |
Beam Theory and Torsion of Bars, Aerospace Structural Components, Axially Loaded Bars, Stress and Strain Measures and Transformation, Failure and Fracture Criteria |
Aerodynamics |
Fundamental Concepts, Aerodynamics of 3D Design and High-speed Aerodynamics, Potential Flow, Turbulence, Lift, Airfoil Design, Compressibility Boundary Layers |
Aircraft Propulsion |
Air-breathing Propulsion, Combustion Processes, Nuclear Propulsion Systems and Rocket Engines, Turbofans, Advanced Propulsion, Turbojets, Rocket Propulsion, Thermodynamics |
Aircraft Control |
Effect of Delay and Zeros, Stability Analysis, Application to Aircraft and Spacecraft, Observers, State-space Models, Effect of Nonlinearities, Coupled-axis Control |
Solid and Structural Mechanics |
Energy Methods, Linear Elasticity, Thin-walled Aerospace Structures and Small Strain Elasto-plasticity, Boundary Value Problem Formulation and Solution Techniques |
Finite Elements in Mechanical and Structural Analysis |
Linear Finite Elements-based Upon Displacements, Virtual Work Energy Formulations, Applications to Structures like Shells, Beams, Trusses, General Solids and Quasi-static Displacement |
Aircraft Dynamics |
Stability Derivatives and Modern Computational Tools, Dynamic Equations of Motion, Aircraft Lateral Flight Dynamics, Linear Systems Theory |
Aircraft and Spacecraft Structures |
Mechanics of Structural Stability, Equations of Linear Elasticity, Structural Vibration and Numerical Methods, Deformation of Structural Elements: Plates, Bars, Shafts, etc., Boundary Value Problem |
Fluid Dynamics |
Computer Simulation of Flight Vehicles, Equations of Motion for Flight Vehicles, Flight Vehicle Dynamics and Control and Flight-oriented Models |
Aeronautical Engineering Syllabus
First Year – First Semester
- Intro Aerospace Engineering
- General Chemistry
- Computer-Aided Design
- Calculus – I
- Engineering Lecture
- Principles of Composition or Humanities/Social Sciences
First Year – Second Semester
- Intro Matrix Theory
- Intro Computing: Engineering and Science
- Calculus II
- Social Sciences/Humanities or Principles of Composition
- Univ Physics, Mechanics
Second Year – First Semester
- Engineering Materials
- Calculus III
- Statics
- Univ Physics, Elec & Mag
- Humanities/Social Sciences Electives
Second Year – Second Semester
- Intro to Differential Equations
- Aerospace Flight Mechanics
- Thermodynamics
- Introductory Dynamics
- Social Science/Humanities Elective
Third Year – First Semester
- Aerospace Dynamical Systems
- Mechs of Aerospace Structures
- Incompressible Flow
- Humanities/Social Sciences Electives
- Electric & Electronic Circuits
Third Year – Second Semester
- Aerospace Control Systems
- Applied Aerospace Structures
- Compressible Flow
- Humanities/Social Sciences Elective
- Aerospace Numerical Methods
Fourth Year – First Semester
- Aerospace Systems Design
- Aerospace Propulsion
- Aerospace Decision Algorithms
- Aerodynamics & Propulsion Lab
- Technical Elective
- Free Elective
Fourth Year – Second Semester
- Structures & Control Lab
- Aerospace System Design II
- AE Elective/Technical Elective
- Free Elective
Top Universities Offering Aeronautical Engineering Courses in Abroad
S. No |
University Name |
Rankings |
Program |
Course |
Duration |
Tuition Fees (INR) |
1 |
Massachusetts Institute of Technology |
1 |
Undergraduate |
Bachelor of Science in Aerospace Engineering |
4 Years |
44,08,000 |
2 |
Stanford University |
2 |
Undergraduate |
Aeronautical and Astronautical Engineering |
4 Years |
38,37,000 |
3 |
University of Cambridge |
3 |
Undergraduate |
Aerospace and Aerothermal Engineering |
4 Years |
34,09,000 |
4 |
University of California, Berkley (UCB) |
6 |
Undergraduate |
Aerospace Engineering |
4 Years |
18,43,000 |
5 |
Imperial College London |
8 |
Undergraduate |
MEng in Aeronautical Engineering |
4 Years |
33,69,000 |
6 |
University of Michigan – Ann Arbor |
12 |
Undergraduate |
Aerospace Engineering |
4 Years |
40,73,000 |
7 |
Georgia Institute of Technology |
14 |
Undergraduate |
Aerospace Engineering |
4 Years |
24,00,000 |
8 |
California Institute of Technology |
17 |
Undergraduate |
Aerospace Minor |
4 Years |
43,13,000 |
9 |
Purdue University |
20 |
Undergraduate |
Aeronautics and Astronautics Engineering |
4 Years |
12,56,000 |
10 |
The University of Manchester |
29 |
Undergraduate |
BEng Aerospace Engineering |
3 Years |
24,01,000 |
11 |
University of California, Los Angeles |
32 |
Graduate |
MS Mechanical and Aerospace Engineering |
1.5 Years |
16,30,000 |
12 |
Northwestern University |
33 |
Graduate |
MS Aerospace Engineering |
1.5 Years |
45,96,000 |
13 |
McGill University |
34 |
Undergraduate |
B.Eng. – Minor Aerospace Engineering |
4 years |
29,34,000 |
Aeronautical Engineering Courses: Eligibility Criteria
The eligibility criteria may vary depending on where you wish to pursue aeronautical engineering. Therefore, Indian students need to check the details of these courses with the college authorities before proceeding with the admission procedure. The eligibility criteria for aeronautical engineering courses also vary depending on the program you are targeting, like undergraduate, postgraduate, and doctorate.
Given below are some basic eligibility criteria for different programs you may be interested in:
Undergraduate:
- Must have studied science-related subjects, like mathematics, chemistry, computer science, physics, etc., at the higher secondary level from an institute or school recognised by the government.
- Students need to produce relevant SAT scores or appear for entrance exams as prescribed by the college or university to which they are applying to.
Postgraduate:
- To secure a Master's degree in Aeronautical engineering, candidates need to have a Bachelor's degree in aeronautics or related specialisations in engineering. Some colleges may even require candidates to have some prior work experience.
Doctorate:
- Candidates need to have a Master's degree in Aeronautical engineering or related specialisation.
Aeronautical Engineering – Career Prospects
- Aerospace Engineer
- Consultant
- Aeronautical Engineer
- Aerospace Design Checker
- Lecturer/Professor
- Researcher
- Thermal Design Engineer
- Mechanical Design Engineer
- Aircraft Production Engineer
- Aircraft Instrumentation Engineer
- Technical Officer
- Aircraft Design Engineer
Aeronautical Engineering – Average Salary
Role |
Average Salary (USD) |
Aerospace Engineer |
122,270 |
Aircraft Maintenance Manager |
95,982 |
Aircraft Design Engineer |
81,505 |
Aircraft Instrumentation Engineer |
107,830 |
Professor - Aviation |
90,000 |
Aeronautical Engineering – Scholarships
University |
Scholarship |
Amount |
The University of Sheffield |
Engineering Excellence Scholarship |
£1,000 each subsequent academic year |
The University of Windsor |
Undergraduate Entry Scholarships |
Between CAD $250 – CAD $4,000 per semester |
University of Portsmouth |
Vice Chancellor’s Global Development Scholarship |
A fee reduction of £1,600 will be applied to the first year of study |
University of Leeds |
The International Undergraduate Science and Engineering Scholarship |
Up to £6,000 is awarded per student per year |
AECC Global is the expert study abroad specialist you can rely on for application support, guidance, advice, etc. Suppose you dream of pursuing aeronautical engineering abroad, like in the US, the UK, Canada, Australia, New Zealand, and Ireland. In that case, we can make it happen for you. Our team comprises friendly and experienced education counsellors who will make you aware of what it takes to study aeronautical engineering at one of the prestigious colleges abroad. From understanding your requirements and budget and making an application to your shortlisted college till the time you are ready to fly to your destination, we will be there to ensure you have a great time studying aeronautical subjects and gaining valuable international experience and exposure. Get in touch with us today to find out how we can help you.