A branch of engineering which deals with research, design, and development of an aircraft is Aeronautical Engineering. It also deals with the construction, testing, and the science and technology behind building an aircraft. Aeronautical Engineering also covers the aerodynamics of an aircraft, including behaviors and other factors of aerodynamics.

Interested in flying machines and learning how they operate? An aeronautical engineering course is perfect for you. Find more information about the course, possible career paths, and specialization of an Aeronautical Engineering course.

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• What is an Aeronautical Engineering Degree?
• What are the requirements for Aeronautical Engineering Degree?
• Types of Aeronautical Engineering Degree Programs & Specializations
• Career Options for Aeronautical Engineering Degree Majors

What is an Aeronautical Engineering Degree?

Also called BEng (Bachelor of Engineering) and MEng (Masters in Engineering, Aeronautical Engineering is mostly covered within four to five years of study. Before you can move to a Masteru2019s degree, you need to study a 4 to 5-year course of Aeronautical Engineering first.

Universities will also have associate degree programs for engineering professionals who want to further their career and knowledge. Students should expect a lecture-based teaching, coursework, and laboratory exercises, attending tutorials and participating in field trips.

What are the requirements for Aeronautical Engineering Degree?

Universities may have varying requirements for Engineering Degree hopefuls. Some of the requirements for aeronautical engineering degrees include the following:

• IELTS or English language course (for foreign students)
• Student visa (if international student)
• Competency in mathematics and physics
• Proven proficiency in English (if non-native English speaker)

What are the key skills for Aeronautical Engineering?

• Ability to identify and solve complex technical problems
• Excellent knowledge of mathematics and physics
• Interdisciplinary skills, including expertise in mechanics andu00a0engineering
• High proficiency in research methodology, experiments and data collection
• Excellent analytical and logical-thinking skills

Types of Aeronautical Engineering Degree Programs & Specializations

Aeronautical Engineering is a broad choice of program. Students may choose to specialize in one of these subjects or programs of specialization:

• Designing, building, and testing of aircraft
• Structures and materials, aircraft design, aircraft performance, computing, electronics, fluid mechanics, statics, systems engineering, telecommunications, and thermodynamics.
• Excellent analytical and logical-thinking skills
• Mathematics
• Mechanics & electronics
• Physics
• Introduction to aerodynamics
• Introduction to structural analysis and courses in dynamics and control

For post-graduate level, you can pursue the following specializations.

Aeroelasticity

You will study the interaction of inertial, structural/elastic and aerodynamic forces on aircraft, vehicles, and buildings. Courses you will undertake include dynamics, structures, mathematics, and aerodynamics.

Composites analysis

You will be involved in analyzing high-performance composite materials for capabilities in new aircraft. Expect to deal with aerospace structural parts and other challenging engineering applications as well.

Avionics

Students will learn about flight instrumentation, cockpit displays, computers, navigation equipment, autopilot systems, radar systems, data acquisition systems, diagnostic systems, communication and airu00a0trafficu00a0control systems, satellite global positioning systems, black boxes, weather systems, weapons aiming and delivery, and height and speed sensors.

Aerodynamics

If you are interested in the resulting forces of objects in motion and the atmosphere, you can study aerodynamics. You will be discussing aerodynamic design, compressible flow, flow control, flow measurement, power control, structural design and fluid dynamics.

Structures and materials

Later on, you can specialize in this degree. You will learn aircraft structures and how to assess structural behavior through combinations of analytical, experimental and numerical techniques.

Apart from primary specializations mentioned above, other specializations include the following:

• Statics and dynamics
• Solid mechanics
• Aeroacoustics
• Software
• Servo- and power- systems

Specializing in a particular aeronautical engineering product such as commercial transports, military fighter jets, helicopters, spacecraft, or missiles and rockets.

Propulsion

Students will be studying about flow mechanics, thermodynamics, gas dynamics and strength of materials. You will be responsible for the appropriateu00a0vehicle engines, propulsion, development, production, assembly and testing of aircraft engines that must meet certain power and performance requirements.

Career Options for Aeronautical Engineering Degree Majors

An aeronautics engineer has many lucrative career options, from designing, consulting, testing, or working for commercial sectors. The career of an Aeronautical Engineer can take flight in any of the following fields or industries:

Aeronautical researcher

Aeronautical researchers are involved in analyzing and testing discoveries, comparing findings with existing knowledge, challenging discrepancies, writing reports, outlining conclusions and ensuring specific, accurate techniques for each study are used.

Aeronautical designer

You will be involved in providing design and detailing expertise for clients while developing products and systems. You will be responsible for ensuring technical excellence according to the clientu2019s specification and design requirements.

Aeronautical engineer

Lastly, aeronautical engineers work in designing, manufacturing, and modifying the different components that make up these aircrafts and systems.