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aeronautical engineer salary
As of Nov 17, 2021, the average annual pay for an Entry Level Aeronautical Engineer in the United States is $67,990 a year.
Just in case you need a simple salary calculator, that works out to be approximately $32.69 an hour. This is the equivalent of $1,308/week or $5,666/month.
While ZipRecruiter is seeing annual salaries as high as $147,500 and as low as $21,000, the majority of Entry Level Aeronautical Engineer salaries currently range between $38,000 (25th percentile) to $89,000 (75th percentile) with top earners (90th percentile) making $130,500 annually across the United States. The average pay range for an Entry Level Aeronautical Engineer varies greatly (by as much as $51,000), which suggests there may be many opportunities for advancement and increased pay based on skill level, location and years of experience.
Based on recent job posting activity on ZipRecruiter, the Entry Level Aeronautical Engineer job market in both Lagos, NG and throughout the entire state of is not very active as few companies are currently hiring. An Entry Level Aeronautical Engineer in your area makes on average $67,990 per year, or the same as the national average annual salary of $67,990. ranks number 1 out of 50 states nationwide for Entry Level Aeronautical Engineer salaries.
How To Become A Aeronautical Engineer
Finding a position in the aeronautical industry involves several years of education and training. The necessary steps include:
1. Complete the necessary education.
You must acquire a four-year degree in aeronautical or aerospace engineering from an accredited institution. These degrees involve courses in mathematics, sciences and physics. You will also participate in practical labs that test aerodynamic theories and provide the technical expertise necessary to understand the mechanical side of engineering. If you want to specialize in a certain type of engineering, consider earning your master’s degree.
2. Pass the FE.
After graduation, you’ll need to take and pass the Fundamental Engineering exam to become an engineer. The FE allows you to work as an engineer until you earn enough experience to take the PE.
3. Gain experience.
To qualify for a PE, you’ll need experience in an engineering setting. Find an employer who is willing to train you and offer instruction until you can become fully licensed.
4. Earn your PE.
After working in the field for at least four years, you may then take the Professional Engineering exam to become a licensed engineer.
What Does An Aeronautical Engineer Do?
Aeronautical engineers use the procedures, technologies and theories involved with air travel to create aircraft and propulsion systems. They study the aerodynamic functioning of construction materials and aircraft. They also assess proposals for new products to determine if they are possible to build, and they may create their own designs for new products. They also look at products that have been damaged or have malfunctioned to understand why. The following table provides information about aerospace engineers, which include this occupation.
| Degree Required | Bachelor’s |
| Key Skills | Analytical, critical thinking, math, writing |
| Licensure | Licensure is available |
| Job Outlook (2014-2024) | -2% (for aerospace engineers)* |
| Median Salary (2015) | $107,830 (for aerospace engineers)* |
Source: *U.S. Bureau of Labor Statistics
How to Become an Aeronautical Engineer in 5 Steps
A type of aerospace engineer, aeronautical engineers design, develop and test aircraft for commercial airlines, the military and businesses. Engineers confer with clients about their needs, and they collaborate with other engineers on initial design concepts and sketches. Their duties also involve making revisions to factor in feasibility, production time and cost and constructing prototypes to determine if the proposed design specifications are safe. After planes are built and in operation, aeronautical engineers write technical reports, manuals and bulletins, as well as review performance reports. They also receive customer feedback and inspect damaged or malfunctioning planes to locate the source of a problem.
Step 1: Graduate From High School
The U.S. Bureau of Labor Statistics (BLS) reports that you’ll most likely need a bachelor’s degree to qualify for entry-level engineering jobs (www.bls.gov). Having a high school diploma or equivalent will help qualify you for bachelor’s degree programs. Because aeronautical engineering is math-intensive, you might want to take algebra, geometry, trigonometry and calculus while still in high school. Courses in physics, chemistry and computers are relevant as well. Additionally, English, social studies and humanities courses can help prepare you for general education courses in college.
Step 2: Earn a Bachelor’s Degree
According to O*Net Online (www.onetonline.org), more than 75% of aerospace engineers have a bachelor’s degree. You may consider such majors as aerospace engineering and mechanical engineering, since the BLS indicates that engineers may be trained in one branch and work in related ones. Many bachelor’s programs in aerospace engineering provide a broad education in the sciences and engineering during the first two years, and they examine specific instruction in aerospace theory and design during the last two years. Course topics may include aerodynamics, advanced materials, control systems and propulsion systems.
Step 3: Participate in an Internship
You should consider taking part in an internship or co-op program if one is available. They provide you with opportunities to network with professionals and observe aerospace engineering as it’s practiced in a real-world setting. Some schools have standing partnerships with aerospace firms or engineering firms to facilitate the process of obtaining an intern position.
Step 4: Get a Job as an Aeronautical Engineer
You can find employment opportunities with manufacturing companies, engineering services firms and federal agencies. Approximately 72,500 aerospace engineers were employed as of 2014, which was projected to decline by two percent by 2024. Demand for engineers was expected to be driven by a combination of ongoing improvements in design, advances in technology, retirements and turnover, but many of the manufacturing industries engineers work for are seeing a decline.
Step 5: Obtain a License
If you plan on offering your services to the public, you’ll need to become a licensed engineer. Otherwise, you may voluntarily earn a Professional Engineer (PE) license. Requirements vary because they’re regulated at the state level, but they roughly follow a 4-step process. It involves completing a bachelor’s degree program accredited by the Accreditation Board of Engineering and Technology, passing the Fundamentals of Engineering (FE) exam, accumulating four years of supervised work experience and passing the PE exam.
The FE exam consists of 180 multiple-choice questions. The PE exam tests engineers on their knowledge of specific engineering disciplines, like civil, agricultural or nuclear engineering. Relevant disciplines for you can include mechanical or electrical engineering. The National Council of Examiners for Engineering and Surveying administer both the FE and PE exams (www.ncees.org).
What Are Some Related Alternative Careers?
A career related to aeronautical engineering is an aerospace engineer technician. This position may require less education and could be appealing for those who are looking to enter the workforce quickly. Architectural and engineering managers are other roles that have some similar job duties and educational requirements as aeronautical engineers, but they do involve more administrative tasks managing staff and overseeing large projects.
To continue researching, browse degree options below for course curriculum, prerequisites and financial aid information. Or, learn more about the subject by reading the related articles below:
- 1. Degree Options:
- Engineering & Technology Management
- Engineering Management
- Nuclear Engineering
- View All Degree Options
- 2. More Articles
- Aeronautical Engineer: Job Duties, Career Outlook, and Educational Requirements
- What Is the Difference Between Aerospace and Aeronautical Engineering Degrees?
- Bachelor’s Degrees in Aeronautical Engineering: Online and Campus-Based
aeronautical engineering subjects
A prominent branch of Engineering, Aeronautical Engineering aims to study the design, development and manufacturing of aircraft and propulsion systems as well as the functioning of aircraft and rockets. In simple terms, it explores the operational systems and structures of aircraft and related equipment and technology. Here are the core Aeronautical Engineering subjects:
- Materials Sciences
- Aircraft Performance and Aircraft Structures
- Propulsion
- Fluid Dynamics
- Structural Analysis
- Automatic Control & Guidance
- Solid Mechanics
Aeronautical Engineering Subjects: Specialisations
Given below are some of the Aeronautical Engineering subjects which are available as specialisation options for students across the world.
- Aircraft Transportation Systems
- Aerospace Propulsion
- Aerodynamics
- Fluid Dynamics
- Communication
- Instrumentation
- Navigational and Guidance Control Systems
- Aircraft Materials
- Electronic Systems
- Ground Vehicle Systems
aeronautical engineering syllabus
Here are the subjects in B Tech Aeronautical Engineering syllabus:
- Engineering Physics
- Aircraft Structures
- Mathematics
- Flight Dynamics
- Engineering Chemistry
- CAM and Manufacturing Laboratory
- Experimental Stress Analysis
- Numerical Methods
- Aircraft Design Project
- Aerodynamics
- Aircraft Systems
- Control Engineering
- Computer Programming
- Environmental Science and Engineering
- Engineering Graphics
- Aircraft Structures
- Laboratory
- Computer Practices
- Communication and Soft Skills
- Principles of Management
- Physics and Chemistry Laboratory
- Composite Materials and Structures
- Transforms and Partial Differential Equations
- Vibrations and Elements of Aeroelasticity
- Manufacturing Technology
- Aero Engineering Thermodynamics
- Aircraft Materials and Processes
- Fluid Mechanics and Machinery
- Aero Engine and Airframe
- Avionics Thermodynamics
- Computational Fluid Dynamics
- Aircraft Systems and Instruments
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