We are all familiar with the story of Abbas Ibn Firnas and his first attempt to fly, as he was the first person in history to think and try to fly using two wings of his own creation, and there have been conflicting accounts about his fate, as some believe he flew a certain distance and then fell to the ground and suffered several fractures, while others believe he flew a certain distance and then fell to the ground and suffered several fractures. According to the rest of the people, he did not even succeed in flying, but rather fell and died instantly from the high altitude from which he attempted to fly.
Nonetheless, man’s efforts to realize his dream of flying continued until he was able to succeed and achieve great inventions such as the helicopter, civil plane, and others.
As a result, aeronautical engineering is concerned with designing and assembling aircraft, developing navigation techniques, and planning airports, among other things.
But what exactly is the specialty of aeronautical engineering? Is it really difficult to get into the College of Aeronautical Engineering? And what are the areas of work for an aviation engineer after graduation? We’ll go over all of that and more in this article.
Table of contents:
- An overview of the aeronautical engineering major
- Conditions for studying the specialty of aeronautical engineering
- Aeronautical engineering majors
- Number of years of studying aeronautical engineering
- Aeronautical engineering subjects
- The percentage of demand for aeronautical engineers
- Pros of aeronautical engineering major
- Disadvantages of majoring in aeronautical engineering
- Aerospace engineering jobs
- Aeronautical engineer salary
- A glimpse of the aeronautical engineering major
The aeronautical engineering major is regarded as one of the most important sciences of the era due to its close relationship with the world’s most important mode of transportation, planes that reduce distances between all parts of the world.
The Aeronautical Engineering major is concerned with the construction, design, assembly, and maintenance of all types of aircraft, including helicopters, civil, military, and military aircraft, as well as controlling them and remote sensors.
This field is heavily reliant on technology, as advanced technologies are used to design defense, aviation, and space exploration systems. Aviation engineers are also concerned with adhering to safety and environmental regulations when designing, manufacturing, or maintaining any type of vehicle or aircraft.
Conditions for majoring in aeronautical engineering:
To be able to learn about and succeed in the specialty of aeronautical engineering, certain conditions must be met, including:
- Complete understanding of public safety standards
- ability to communicate verbally fully and correctly
- The ability of a person to think creatively and innovate
- The ability to think and work effectively under duress
- Time commitment to work
- Keeping up with technological and technological advancements
- The presence of a collective team spirit as well as the ability to work in a group
- The ability to solve problems that may arise during the course of the job
- Proper availability of scientific research capability.
Majors in aeronautical engineering?
The Aeronautical Engineering major is divided into five major departments, which are as follows:
- Department of Vehicle Structure Design and Construction.
- Department of Aerodynamics
- Department of Jet Propulsion Systems Science
- Control and Payment Systems Section
- Avionics Section.
Number of years of aeronautical engineering major:
Aeronautical engineering, like the rest of the engineering, lasts four years. Throughout the five years, a wide range of specialization subjects with varying degrees of difficulty are taught.
Aeronautical engineering majors: Aeronautical engineering majors study a variety of subjects and courses, including:
- Introduction to Aeronautical Engineering
- Computer engineering drawing
- Applied Mathematics for Engineers
- Numerical methods for engineers
- Principles of electrical engineering
- Engineering concerns
- Materials mechanics
- Principles of electrical engineering
- Aircraft builder
- Aircraft balance and control
- heat transfer
- Aircraft maintenance systems
- mechanical vibrations
- Automatic control
- Aircraft design
- Design of machinery components
- Gas dynamics
- Computational Fluid Mechanics
- Engineering economics
- Flight lab
- Materials Resistance Laboratory
- theoretical engineering concerns
- aircraft building materials
- Machine mechanics
- Materials mechanics
- air elasticity
- Aircraft navigation
- Boundary class theory
- fracture mechanics
The percentage of demand for aviation engineers is as follows:
- With the increase in air traffic day by day, and the entry of hundreds of drones into the airspace on a daily basis, the need for companies in these areas to hire a flight engineer grows day by day, as the flight engineer ranks third in importance in the aircraft after the captain pilot and the first officer.
- Benefits of majoring in aeronautical engineering: The demand for aerospace engineering is constantly increasing.
- After graduation, an aeronautical engineer earns a high salary.
- After graduation, an aeronautical engineer will have prestigious status and a good social position.
- Possibility of traveling to and visiting various countries in order to attend international conferences
- Continually keeping abreast of development and technology in order to be aware of the most recent developments and updates in the field of aviation and space
- Aeronautical engineering is one of the most fascinating majors to pursue while in college.
- After graduation, there is the potential for innovation and creativity in the workplace.
- The following are the disadvantages of majoring in aeronautical engineering:
- Because it is primarily based on mathematics and physics, specialization is somewhat difficult.
- During working hours, the engineer must wear the official uniform.
- Some Arab countries have a scarcity of job opportunities in this field.
- The engineer must remain vigilant and ready to make the appropriate decision if the situation calls for it.
- At work, the aviation engineer experiences stress and tension.
- Fatigue that can occur as a result of long working hours and continuous travel.
- Because the field of aeronautical engineering is constantly evolving, the aeronautical engineer must stay current on updates and new technologies.
Aerospace Engineering Jobs: The aeronautical engineering major is distinguished by a variety of job opportunities following graduation, the most important of which are:
- Work at airports.
- Work in companies that manufacture and develop aircraft of all kinds
- Work in the field of civil aviation
- Work in study and scientific research centers to develop the aviation sector
- Work in international and global space research centers
- Work in power plants
- Work on flight testing
- Work in the maintenance of aircraft and spacecraft
- Work in aircraft engineering
- Work in the field of aviation
- Work in the field of designing and manufacturing aircraft engines
- Work with aircraft maintenance companies
- Work in the field of inspecting aircraft and ensuring their safety before take-off
- Work in drone command centers
- Work with the armed forces in the field of maintenance of helicopters, missiles and warplane engines.
Aeronautical engineer salary: According to studies conducted by the United States Bureau of Labor Statistics, the demand for aviation engineers is expected to increase over the next ten years, with a 10% increase in the global employment rate of aviation engineers.
The salary range for aeronautical engineers varies depending on several factors, including education, certificate type, additional skills, and years of experience. However, an aeronautical engineer’s salary is relatively high, especially after several years of experience, ranging between $4,000 and $5,000 with 2-5 years of experience.
This figure is multiplied by doubling practical experience in the field, and with ten years of experience, it can reach $6,000-7,000.
Advantages of studying aeronautical engineering in Turkey: Turkish universities are among the most prestigious universities in the world for studying aeronautical engineering for a variety of reasons, including:
- The availability of all technical means required for teaching and the quality of education in all engineering fields, particularly aeronautical engineering
- The student studies in Turkish universities under the supervision of international experts with extensive experience in the field of aeronautical engineering.
- The tremendous growth witnessed by Turkey’s aviation engineering sector in all fields, as Turkey began to produce a unique type of modern warplane.
- Aeronautical engineering can be studied in English at private (private) Turkish universities.
- The availability of laboratories and laboratories outfitted with realistic models of a large number of aircraft and complete simulation systems that ensure the student a practical study rather than being satisfied with only the theoretical side
- Workshops and practical training are available during or after the study period to keep students up to date on the latest technologies and designs in the field of aviation.
- The availability of a large number of airports in Turkey, where the number of airports reaches 58 civil airports and 18 military airports, as Istanbul alone has three airports, ensures the availability of excellent job opportunities following graduation.
The most important private Turkish universities that provide aeronautical engineering major:
- Atlam University
- Glasheim University
- Ostim University