If you love to build great looking machines that is powerful and thrust tons of hot air into the air and hurl heroes into space? Then the Aerospace Engineer position is for you. Some airplanes built by engineers weigh more than half a million pounds and travel at sometimes more than 17,000 MPH. In this career you will learn how to design, develop, and test the aircraft. You will also most likely be working with spacecraft and missile systems as you supervise how these are also manufactured. A similar skill is the Aeronautical Engineering career, which deals with airplanes. To learn about how to become an Aerospace Engineer is a fulfilling and challenging field of work you will enjoy as you learn about what it really entails from aspects all concerning Spacecraft and airplanes. Those are two great inventions that provide careers to people who need work.

The technology you will be forming in your Aerospace Engineering career will be used in aviation, defense, and space exploration. Your career will also show you special lessons in structural design, guiding, navigation, and controlling. Other specializations in commercial transport, fighter planes from the military, and missile or rockets is possible in obtaining a career in learning how to become an aerospace engineer.

The skill of an Aerospace Engineer is valued in more industries than just the Aerospace field. Are you interested in how to manufacture cars? You can make the crossover in your career with no problem if you have a grasp on Aerospace Technology. An important question to ask is what the job outlook is for engineers. Will there an increase of this specialized form of skill? At the moment there isn’t much demand for engineers because of foreign off-shoring of jobs and decrease in air travel interest. If you want to know about how to become an Aerospace Engineer, search online at a career description site for more information on jobs you might be interested in.

Another question you might be wondering is if the salary is anything you can make a great living from? The good news is yes, you can make well in the $50-80K range for this type of work. In 2002 the annual earning for Aerospace Engineering expert was $72, 750. Around 50% of the middle engineers received salaries between $59,520 and $88,310.

Education requirements

If your just beginning your schooling for engineering, you will need a bachelor’s degree in engineering. It also helps a lot to have a degree in mathematics or natural science, as you will qualify for more jobs the larger your skill set is with figures and temperatures. There are many colleges that offer an undergraduate program in Aerospace. The best advice is to finally seek the advanced degree as it will help you learn more and earn more money. This is how to successfully find a career you are not only committed to, but enjoying every step of the way as you learn the engineering skills to build anything you want. How’s that for fulfillment? See yourself in the future doing this as a career? Not a bad choice at all! You’ll love the money you make and you will definitely have interesting conversations with others about how to become an Aerospace Engineer.

Aerospace Engineer Education Requirements

The study that will be involved with an Aerospace engineer Education Requirements will include scientific disciplines such as space and flight mechanics, acoustics, celestial mechanics, aerodynamics, propulsion, energy conservation, and thermodynamics. Individual that work with an aircraft are referred to as aeronautical engineers and individual that work in space travel are referred to as astronautical engineers.

To get an education in aeronautical engineering, a prospective candidate must earn a bachelor’s degree that is usually in the areas of aeronautical or aerospace engineering. An accredited program by the ABET (Engineering and Technology) may also be required later on to earn a licensure. On average, it takes an individual 4 to 5 years to gain the Aerospace Engineer Education Requirements.

When a student begins their aerospace engineering educational process, they will usually enroll in core courses such as physics, chemistry, and mathematics. In addition, students may also be required to complete a number of introductory labs where they will test principles of engineering that are applied to propulsion and flight.
Once a student have completed the needed core requirements, the student will begin taking more challenging courses that may cover subjects such as electrical systems in cockpits and aerodynamics of airplane bodies. When a student has completed courses that cover the fundamentals of stability and flight control they will progress into electrical components and aircraft censors, in addition to flaps and wing structure. Students may also be introduced to training programs in power generation for aircraft that may cover combustion engine design.

When a senior reaches their senior year in an aeronautical or aerospace bachelor’s engineering program, they may participate in design and lab courses. The requirement of these courses may include detailed research that covers areas such as wing design and construction materials. During the time the student is working on their assignments, they may be responsible for certain modifying and simulating flight areas that may not operate properly.

Aerospace Engineer Licensure Requirements

A student that has completed their Aerospace Engineer Education Requirements and earned a bachelor’s degree must take 2 exams and accrue 4 years of work experience in order to become a licensed PE (professional engineer). A graduate is only required to get their professional engineer credential if working directly with the public is their goal. The EIT (engineer in training) title can be earned by a graduate following the completion of their 1st examination, and can be taken at any time after completing school. An engineer in training can start their on the job training at the location that they continue with their understanding and experience of aeronautical engineering. Once engineers in training have finished the required experience needed, they can take the 2nd examination in order to become a PE.

Being able to take advantage of a career in an exciting field such as that of an aerospace engineer requires a good deal of dedication and patience. Being able to adequately handle all of your responsibilities while in college can often be a difficult pursuit, and one that requires and awful lot of dedication. This is a career that involves an awful lot of mathematics, so if this is not a subject you are comfortable with this is not the field for you. Higher level math including (and exceeding) calculous will be employed often here, so make sure you are ready to take these subjects on. While you do not have to be a natural born mathematics genius, if it is especially troubling for you you would probably be better off in another field. The aerospace engineer job description includes computations and calculations that will safeguard the lives of many people, so the skill is not negotiable.

Taking advantage of the available resources at your disposal when going to school is extremely important, so do not be afraid to use them. Asking a question that might seem stupid to you must be asked, and you can rest assured that your professors are readily able to answer these questions without a hitch. Being able to take on a field as challenging as aerospace engineering requires a lot of extra work, so be prepared to commit yourself one hundred percent of the time. Being able to have a job you love that also pays an awesome salary are just some of the benefits of the aerospace engineer job description, which make it one of the most desirable jobs around. Being able to go into this field is good news not only for you, but your family as well since you will be able to provide for them amply.

This truly is an opportunity that is rare in the job industry, and the amount of job security is considerable when compared to other fields in this day and age. The aerospace engineer job description can sometimes require some very long hours, so if you are looking for a really large number of hours you will find them with this job. While it is a very challenging vocation it is also extremely rewarding, because you are safeguarding the lives of pilots and passengers alike. The trouble here is that without a good number of qualified engineers the safety of those working on or riding on airplanes can be put at risk.

The aerospace engineer job description has one very, very important aspect that is paramount above all else, safety first. Being able to keep all the aircraft up and running smoothly is a huge task, and it contains a list of hundreds of checks and balances. If there is trouble then an evaluation for an aircraft can take days or even weeks, it is one of the most thorough evaluations in existence. For this reason aeronautical engineers need to practice both due diligence and have a knack for being extremely methodical. If you are the type to rush through things then this definitely is not the career for you.

As a kid did you dream of spaceships, aircrafts, and rockets? Did you wonder how they worked and why they stayed in the sky? Did you envision designing your own, building it, and then watching it take flight? If you’ve answered a resounding yes to all or any of those questions, this is for you!

Is your passion centered around things that fly? If so a career in aerospace engineering might be your perfect fit. Certainly your next question must be what is aerospace engineering? First here’s the technical definition and then all about this truly intriguing career. Aerospace engineering is a sector of the engineering field that involves the design, production, and science of both air and spacecrafts. Aeronautical engineering deals with crafts that fly within the earth’s atmosphere and astronautical engineering pertains to crafts that venture into space. However that explanation falls flat in comparison to this occupation’s true reality. Aerospace engineering is a field that is exciting and innovative. It allows you the engineer to stretch your imagination far beyond your self imposed limits. You are presented with the opportunity to flex your creative muscle and then integrate it with scientific fact and technical expertise to literally bring dreams to life.

As an aerospace engineer expect to operate in a huge arena all having to do with the science of flight. You can anticipate working with aerodynamics, propulsion, and flight technicalities. You will be the originator of avant-garde technologies, improved passenger aircrafts, and ground-breaking spacecrafts. Not only will you develop rockets, missiles, and satellites, in addition you’ll contribute to the configuration of structural design, guidance systems, and navigation systems. You will also have a hand in producing helicopters, military jets, and defense related projects. Your technological proficiency will create the foundation for many an exciting venture.

That all sounds great, but what is aerospace engineering going to look like in the unembellished employment arena? Where can I find profitable employment? You should know that the field projects a 10% availability of jobs over the course of the next five years. You’re looking at about 9000 positions with an entry-level salary ranging from $48,000-$62,000 annually. However just a couple of years ago the average salary was upwards of $96,000. Typically you will find employment with companies that provide defense related products, commercial and military aircrafts, the U.S. defense department, the armed forces, and if you’re really lucky you’ll acquire a position at NASA. You could even be called upon to create theme park rides like Disney’s Mission Space. There’s a real world of opportunity waiting for you.

Really, what is aerospace engineering? It’s a team effort that will dictate unwavering evolution and ingenuity on your part. It’s a genuine thrill ride that will take you from the realm of real to the brink of fantasy and back again as you create, design, construct, and then watch your conceptions literally take-off. It’s a field in which you’ll experience the utmost in growth, satisfaction, and achievement. It’s where you will manifest the wide-eyed fascinations of that kid you used to be. What is aerospace engineering? Simply put, it’s the place you’ll find your ultimate dream

Let’s face it.

Choosing the right college is a daunting task for anyone looking to further their education, especially in regards to the aerospace engineering field of engineering.

It doesn’t matter if you’re looking to pursue a bachelor’s degree in the field or reach a Ph.D level, knowing how to begin might be the first real challenge.

Thankfully, there are a number top aerospace engineering schools to choose from.

According to the U.S. News and Report’s recent statistics, here is a list of 10 of the top aerospace engineering schools in the country.

Georgia Tech

- Located in Atlanta, Georgia Tech offers a huge selection of degrees yet the university’s main focus remains in technology field. The university boasts more than 100 research centers which all have helped contribute to U.S. research in one for or the other.

Massachusetts Institute of Technology (MIT)

- The research university MIT, located in Cambridge, Massachusetts, specializes in science, math, and engineering. Students may pursue an undergraduate degree in aerospace, aeronautical and astronautical engineering. MIT students also have the option of moving to purse a doctorate in aerospace engineering if they so choose. In 2009, a little more than 4,000 undergraduate students attended the MIT.

University of Michigan-Ann Arbor

- A public institution, the University of Michigan-Ann Arbor has a wide range of undergraduate and graduate degrees in the field. It’s world-renowned engineering faculty is yet another reason the university is known as one of the top engineering schools in the country.

Purdue University-West Lafayette

- Another public university, Purdue, located in Indiana offers a wide range of undergraduate and graduate degrees in the field, helping to rank it as one of the top aerospace engineering schools in the country.

University of Illinois-Urbana-Champaign

- Highly ranked in education and research, the University of Illinois-Urbana-Champaign is easily one of the top aerospace engineering schools in the country. has become a flagship for aerospace engineering degree pursuers. Also, 11 Nobel Prize winners are alumni.

California Institute of Technology

- With a specialization in science and engineering, it’s not difficult to see why Caltech has made the list of top aerospace engineering schools in the country. It also doesn’t hurt that 32 Nobel Prizes have been won from Caltech alumni and faculty members throughout the years.

University of Maryland-College Park

- Top-ranked for its academics and affordability, the University of Marlyand-College Park, boasts 127 different undergraduate majors. Among those majors is the university’s high-ranked aerospace engineering program.

University of Texas-Austin

- The old saying goes “Texas is better than the Rest.” This might be true when it comes to the schools aerospace engineering program which is nationally ranked.

Virginia Tech

-Located in Blacksburg, Virginia, Virginia Tech is a public university known as a research institute which delivers a wide range of studies. The school’s real strength lies in its technology and engineering programs however.

Stanford University

- Looking for one of the top private universities when it comes to aerospace engineering? Look no further than Stanford University in Palo Alto, California. Regarded as a research institution, undergraduate participation in its aerospace program is highly encouraged. As of 2009, the university was regarded as the number 3 aerospace engineering schools in the country.

All aerospace jobs require at least a bachelor’s degree from an accredited university. These degrees take at least four years of study to attain. Students often require five years to receive their bachelor’s degrees. Starting salaries for engineers are some of the highest in the United States for job applicants just graduating from college. There is also good job security for engineers. Aerospace engineer starting salaries are near the median starting salary for all engineers. However, the aerospace engineer salary quickly becomes the highest median salary among all engineers. The median annual aerospace engineer salary is about $100,000. The annual minimum starting salary for an aerospace engineer who just graduated from college is $40,000 per year. The median starting annual aerospace engineer salary is $60,000 per year. This figure can increase up to $100,000 for the highest paid starting aerospace engineers.

The starting salaries for aerospace engineers increase with the level of education. The median annual starting aerospace engineer salary for a master’s level engineer is $62,000. The median annual starting salary for a doctorate level aerospace engineer is $74,000.

On average, private sector aerospace engineering jobs pay more than public sector aerospace engineering jobs. The exception to this rule is employment with the National Aeronautics and Space Administration (NASA). NASA aerospace engineer jobs are very lucrative with an average annual salary of about $108,000. The Department of Defense, the United States Navy, the Federal Aviation Administration, the National Space Science Data Center and the National Laboratories are all examples of agencies of the federal government who employ aerospace engineers. The average annual salary for aerospace engineers in the private sector is about $88,000. The main employers of aerospace engineers in the private sector are Boeing, Northrop Grumman, Lockheed Martin, United Technologies, SAIC, BAE Systems and General Dynamics. Of these companies, Boeing has traditionally paid the highest salaries for aerospace engineers.

Another job opportunity for aerospace engineers is teaching at the college level. In order to be considered for these positions, the candidate must have a doctorate degree.

A good way for the aerospace engineer graduate to obtain a high-paying starting job is to participate in an internship program while still in college. A successful internship will lead to contacts, potential references for a resume and perhaps a job offer. Many colleges have internship programs to help students find work during college in both the public and private sectors. NASA also has an internship program for college aerospace engineer students.

Aerospace engineering is the highest paid engineering subspecialty in the United States. This fact, along with the interesting and varied nature of the work involved, makes aerospace engineering an attractive choice for the qualified candidate.