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What Aerospace Engineering ?

Aerospace engineering is the branch of engineering that deals with aircraft and spacecraft. Aerospace engineers are responsible for designing, building, testing and maintaining machines that fly in the air or in outer space.

The field relies primarily on design according to aerodynamic principles. From this basis, aerospace engineers attempt to balance performance, weight cost, power output, operating costs and reliability. Aircraft engineers apply knowledge of fluid mechanics and structural mechanics to produce efficient designs that avoid excessive weight and resist failure from mechanical loads.

Surveying is an important aspect of Aerospace engineering.  The design and construction of a perfect surveying instrument is essential to the overall success of the project. By combining knowledge of mechanical engineering, aerodynamics, electrical systems, navigation systems and geophysics Aerospace engineers can easily design and develop effective and low cost surveying instruments to meet the needs of their projects. Surveyors are necessary for building civil infrastructure projects such as roads, cables, power grids, pipelines and electrical grids.

Types Of Aerospace Engineers

  1. Research and Development

Research and Development (R&D) engineers plan the major elements of aircraft systems, including power plants, structures, flight controls, and avionics systems. They also design new components for aircraft and other equipment. R&D jobs can be challenging because of the high level of responsibility required to make decisions quickly without getting them wrong. In addition, R&D engineers often work long hours at their own pace in a very rewarding but highly stressful job environment.

  1. Aeronautical Engineers

An aeronautical engineer uses mathematical and scientific principles to design, build and test aircraft. They must learn about everything from the physical properties of air to the psychology of flying in order to design aircraft that are safe and efficient. Aeronautical engineers also need a good understanding of economics, business, management and marketing — as well as specialized computer skills.

  1. Aerospace Engineering Technician

Aerospace engineering technicians specialize in the maintenance and repair of equipment used in aviation or space development, testing or navigation. They may change parts of a plane’s wing or design instruments to measure performance and speed. They also test air pressure and temperature, as well as the components of new aircraft designs. Their work involves performing tests or making adjustments on the planes in order to keep them flying safely. Aerospace engineering technicians can work in different settings, including an airplane factory, a test site or a military base.

  1. Computer Systems Engineer

Computer systems engineers design computer systems for aerospace companies such as NASA, their contractors and vendors. These engineers need a broad understanding of computer systems, networks and telecommunications. They also must know how to apply design principles toward a complex network of computers. These engineers sometimes must choose between either hardware or software development, depending on where they are employed and the systems that need to be developed.

  1. Spacecraft Systems Engineer

Spacecraft systems engineers have the responsibility for designing and developing satellites, space probes and any other space exploration products that may be required. Aerospace engineers use space travel to solve science and engineering problems, so the requirements for spacecraft systems engineers may vary widely. Today, their work is producing satellites to communicate with and possibly help in the search for extraterrestrial life.

  1. Aerospace Engineer

Space travel is one of the most important industries in the world today. Aerospace engineers design spacecraft, planes and engines dealing with air or space travel. They must design both new and advanced technology for airplanes or spacecraft that can handle the harsh environments of outer space. They may work for the government, private industry or a university.

  1. Aerospace Project Engineer

Aerospace project engineers are essential to the successful development of new aerospace systems. These engineers plan, coordinate, and lead other team members in the design, development and implementation of components and systems required to conduct aerospace projects.

 Why Is Aerospace Engineering Important?

Aerospace engineers are employed by aviation and aerospace companies, the military, research laboratories, universities, and other organizations to design project plans including aircrafts, satellites, spacecraft’s and rockets. They may also work on more technically focused tasks like system analysis or project management instead of more creative tasks such as product design. They design, test and sometimes even operate the system once it has been built.

These engineers are responsible for making sure that the system is safe and reliable. Aerospace engineers must be able to create new systems in accordance with strict guidelines and regulations. In many cases, including space exploration, this means going beyond what was initially planned for and designing systems that would have not been possible without engineering and research.

Aerospace engineering is now one of the fastest growing industries in the world because of its importance to our daily lives. Throughout the day you may use a product or system that was designed by an aerospace engineer. From the wireless connection you use to connect to the internet, to your cell phone and laptop computer and even to the GPS navigation system in your car, every device is reliant on aerospace engineering.

Aerospace engineers can also be found growing food and providing drinking water for people around the world through irrigation systems and desalination technologies. These engineers are also constantly working on new ways to expand our production of food and find new clean sources of water.

Top Topics studied under Aerospace Engineering

  1. Aircraft Performance Analysis
  2. Aerospace Systems Engineering
  3. Aerodynamics
  4. Aerospace Materials
  5. Aerospace Structures
  6. Control and Guidance
  7. Propulsion

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