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About Stanford University Aerospace Engineering Entry Requirements
Aeronautical engineering degrees represent the branch of engineering that deals with the research, design, development, construction, testing, science and technology of aircraft. The field also cover…Read More
COURSES STRUCTURE
SPECIALIZATIONS
CAREERS
What to expect from aeronautical engineering degrees
You’ll usually find aeronautical engineering degrees referred to as a BEng (Bachelor of Engineering) and MEng (Masters in Engineering). Aeronautical engineering degrees at the undergraduate level usually last three or four years, but many institutions allow students to progress directly into a Masters in Aeronautical Engineering, extending the course length by an additional year or two.
In such cases, BEng and MEng students take the same courses for the first two or three years, and suitably well-performing students then continue with the BEng for one more year or progress to the more advanced MEng for two years. Some institutions may also allow for this transfer in the first or second year of the BEng degree program while others allow post-secondary candidates to enroll in a MEng straight away. A few institutions also offer associate degree programs, but these usually are reserved for practicing engineering professionals who have already graduated in a related field, and want to change careers into aeronautical engineering.
Teaching is primarily lecture-based, with students also completing coursework and laboratory exercises, attending tutorials and participating in field trips. Group work and group design work may be an element, with independent study expected in all degree programs, and assessment divided between examinations and coursework projects. Depending on your chosen institution’s facilities, you may be able to attend lectures given by experts in the aerospace industry, and even experience rides in a flight simulator.
Entry requirements for aeronautical engineering degrees
You’ll need to be highly competent in mathematics and physics in order to apply – expect your competency in these two subjects to be rigorously tested. And, if your degree is taught in English and you are an international student, you may need to prove your proficiency through a standardized exam such as the IELTS or take an English language course prior to commencing your degree in order to obtain a student visa or entry into the program.
Key Skills
Common skills gained from an aeronautical engineering degree include:
High proficiency in research methodology, experiments and data collectionExcellent analytical and logical-thinking skillsExcellent knowledge of mathematics and physicsInterdisciplinary skills, including expertise in mechanics and engineeringAbility to identify and tackle complex technical challengesAbility to work well in a teamA critical approach to problemsGood attention to detailGood communication skills, both written and verbal and people from various backgrounds and with varying aeronautical knowledgeGood problem-solving skillsAbility to think creativelyAbility to adapt to changing needs/in response to findings from experimentsAwareness of commercial, industry-related and environmental issues
Featured University for Aeronautical Engineering
Aeronautical engineering degrees represent the branch of engineering that deals with the research, design, development, construction, testing, science and technology of aircraft. The field also cover…Read More
COURSES STRUCTURE
SPECIALIZATIONS
CAREERS
What to expect from aeronautical engineering degrees
You’ll usually find aeronautical engineering degrees referred to as a BEng (Bachelor of Engineering) and MEng (Masters in Engineering). Aeronautical engineering degrees at the undergraduate level usually last three or four years, but many institutions allow students to progress directly into a Masters in Aeronautical Engineering, extending the course length by an additional year or two.
In such cases, BEng and MEng students take the same courses for the first two or three years, and suitably well-performing students then continue with the BEng for one more year or progress to the more advanced MEng for two years. Some institutions may also allow for this transfer in the first or second year of the BEng degree program while others allow post-secondary candidates to enroll in a MEng straight away. A few institutions also offer associate degree programs, but these usually are reserved for practicing engineering professionals who have already graduated in a related field, and want to change careers into aeronautical engineering.
Teaching is primarily lecture-based, with students also completing coursework and laboratory exercises, attending tutorials and participating in field trips. Group work and group design work may be an element, with independent study expected in all degree programs, and assessment divided between examinations and coursework projects. Depending on your chosen institution’s facilities, you may be able to attend lectures given by experts in the aerospace industry, and even experience rides in a flight simulator.
Entry requirements for aeronautical engineering degrees
You’ll need to be highly competent in mathematics and physics in order to apply – expect your competency in these two subjects to be rigorously tested. And, if your degree is taught in English and you are an international student, you may need to prove your proficiency through a standardized exam such as the IELTS or take an English language course prior to commencing your degree in order to obtain a student visa or entry into the program.
Key Skills
Common skills gained from an aeronautical engineering degree include:
High proficiency in research methodology, experiments and data collectionExcellent analytical and logical-thinking skillsExcellent knowledge of mathematics and physicsInterdisciplinary skills, including expertise in mechanics and engineeringAbility to identify and tackle complex technical challengesAbility to work well in a teamA critical approach to problemsGood attention to detailGood communication skills, both written and verbal and people from various backgrounds and with varying aeronautical knowledgeGood problem-solving skillsAbility to think creativelyAbility to adapt to changing needs/in response to findings from experimentsAwareness of commercial, industry-related and environmental issues
Featured University for Aeronautical Engineering
Stanford Mechanical Engineering
A division of aerospace engineering, aeronautical engineering focuses on applying physics, mathematics and other disciplines in order to construct aircraft. Aeronautical engineers work to make sure propulsion systems operate efficiently and that an aircraft’s aerodynamic performance is sufficient. Aspiring aeronautical engineers should get their bachelor’s degrees in aeronautical or aerospace engineering, though some related majors may be sufficient. Although entry-level aerospace engineers in general do not require a license, higher-level positions may require a PE, or professional engineering license.
Degree Level Bachelor’s degree
Degree Field(s) Aeronautical or aerospace engineering or related major from a ABET accredited program
Licensure/Certification Professional Engineering license may be required
Experience None
Key Skills Math and science aptitude; attention to detail and problem solving skills
Job Outlook (2019-2029) 3% growth
Median Annual Salary (2019) $116,500 (for aerospace engineers)
Sources: U.S. Bureau of Labor Statistics
Aerospace Engineer Job Duties
The job duties of aerospace engineers will vary according to the kinds of jobs that they take. Duties may include:
Designing parts of new aircraft
Researching and improving safety features
Examining previous safety failures in order to improve aircraft
Studying fuel efficiency techniques
Creating more aerodynamic craft
Training other staff members in aircraft operation and repair
Aerospace Engineering: Education
In order to become an aeronautical engineer, prospective candidates must complete a bachelor’s degree program, usually in aerospace or aeronautical engineering, that has been approved by the Accreditation Board for Engineering and Technology (ABET). Programs can take 4-5 years to complete. Students typically begin their education by enrolling in core courses in mathematics, chemistry and physics. Additionally, most programs require students to complete introductory labs in which they test engineering principles applied to flight and propulsion.
Once students have completed their core requirements, they may take more challenging classes that cover topics ranging from the aerodynamics of airplane bodies to electrical systems in cockpits. After covering the fundamentals of flight and stability control, students may delve into aircraft sensors and electrical components, as well as wing structure and flaps. Programs may also provide training in power generation for aircraft, including combustion engine design.
During the senior year of a bachelor’s in aerospace or aeronautical engineering, students generally participate in lab and design courses. These courses may require research into issues ranging from construction materials to wing design. While completing their assignments, students may be responsible for simulating flight and modifying areas where designs may not function well. Applying their knowledge, students may then alter models, test designs, and prepare class presentations.
Aerospace engineering education consists of a bachelor
Professional Engineering (PE) Licensing
Graduates must take two examinations and accrue four years of work experience in order to become licensed professional engineers (PEs) in their state. They can use the title of EIT, or engineer in training, after passing the first Fundamentals of Engineering (FE) exam, which can be taken any time after graduation. EITs must also complete a minimum of four years’ on-the-job training, after which they take the PE exam to become professional aeronautical engineers.
Employment & Salary for Aeronautical Engineers
According to the U.S. Bureau of Labor Statistics (BLS), job opportunities for aerospace engineers were projected to increase 3% from 2019-2029, which is slightly slower than average. As of May 2019, aerospace engineers, including aeronautical engineers, made a median annual salary of $116,500, as reported by the BLS.
Top Employers
Employer Mean Annual Salary (2019)
Technical and Trade Schools $130,810
Scientific Research $127,800
Product Manufacturing $125,100
Navigational Instruments Manufacturing $124,960
Management of Companies $121,690
Highest Paying States
State Mean Annual Salary (2019)
Washington, D.C. $140,710
Maryland $135,400
Texas $126,740
Colorado $125,070
California $125,000
Professional Organizations
As an aeronautical engineer, you will have the opportunity to join a number of professional organizations in order to connect with others working in the same field, learn about new technological and industry advancements, and more. These organizations include:
The American Institute of Aeronautics and Astronautics (AIAA)
SAE International
Sigma Gamma Tau: National Aerospace Engineering Honor Society
FAQ
Aerospace engineering requirements include four years of training
What Degree Do You Need to Become an Aerospace Engineer?
You may be surprised to learn that an advanced degree is not required for aerospace engineers; a bachelor’s degree will suffice provided the prospective engineer in question then obtains licensure. Some aerospace engineers may choose to go on to obtain a master’s or other advanced degree, depending on their specific job requirements. It is necessary that these professionals do obtain their bachelor’s degree in aerospace engineering, however, as only these very specific programs will fulfill the training requirements for aerospace engineers. If you are looking into a similar program, for instance one titled ”Aviation” rather than ”Aerospace Engineering,” look very carefully to make sure that your chosen program will still prepare you for your desired career.
How Long Does it Take to Become an Aerospace Engineer?
Bachelor’s degree programs in aerospace engineering tend to be slightly longer than most other undergraduate programs, taking either four or five years to complete. After completing this degree, prospective aerospace engineers will need to get PE licensing, which takes a further four years of training. A dedicated student could become a fully licensed aerospace engineer in eight years.
What Qualifications Do You Need to Become an Aeronautical Engineer?
Aeronautical engineering training requirements consist only of a relevant bachelor’s degree and a PE license. These engineers will receive further training upon getting any given job, but they will be expected to be highly competent in their field before that point.
Aeronautical engineers need a bachelor’s degree in aerospace or aeronautical engineering. As of May 2019, they earned a median salary of $116,500 a year, according to the U.S. Bureau of Labor Statistics.
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Mit Aerospace Engineering
Aeronautical engineering degrees represent the branch of engineering that deals with the research, design, development, construction, testing, science and technology of aircraft. The field also cover…Read More
COURSES STRUCTURE
SPECIALIZATIONS
CAREERS
What to expect from aeronautical engineering degrees
You’ll usually find aeronautical engineering degrees referred to as a BEng (Bachelor of Engineering) and MEng (Masters in Engineering). Aeronautical engineering degrees at the undergraduate level usually last three or four years, but many institutions allow students to progress directly into a Masters in Aeronautical Engineering, extending the course length by an additional year or two.
In such cases, BEng and MEng students take the same courses for the first two or three years, and suitably well-performing students then continue with the BEng for one more year or progress to the more advanced MEng for two years. Some institutions may also allow for this transfer in the first or second year of the BEng degree program while others allow post-secondary candidates to enroll in a MEng straight away. A few institutions also offer associate degree programs, but these usually are reserved for practicing engineering professionals who have already graduated in a related field, and want to change careers into aeronautical engineering.
Teaching is primarily lecture-based, with students also completing coursework and laboratory exercises, attending tutorials and participating in field trips. Group work and group design work may be an element, with independent study expected in all degree programs, and assessment divided between examinations and coursework projects. Depending on your chosen institution’s facilities, you may be able to attend lectures given by experts in the aerospace industry, and even experience rides in a flight simulator.
Entry requirements for aeronautical engineering degrees
You’ll need to be highly competent in mathematics and physics in order to apply – expect your competency in these two subjects to be rigorously tested. And, if your degree is taught in English and you are an international student, you may need to prove your proficiency through a standardized exam such as the IELTS or take an English language course prior to commencing your degree in order to obtain a student visa or entry into the program.
Key Skills
Common skills gained from an aeronautical engineering degree include:
High proficiency in research methodology, experiments and data collectionExcellent analytical and logical-thinking skillsExcellent knowledge of mathematics and physicsInterdisciplinary skills, including expertise in mechanics and engineeringAbility to identify and tackle complex technical challengesAbility to work well in a teamA critical approach to problemsGood attention to detailGood communication skills, both written and verbal and people from various backgrounds and with varying aeronautical knowledgeGood problem-solving skillsAbility to think creativelyAbility to adapt to changing needs/in response to findings from experimentsAwareness of commercial, industry-related and environmental issues
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