Aerospace engineering is considered one of the newest engineering fields and plays a key role in the global economy. It mainly consists of two emerged specialties; aeronautical engineering which focuses on designing and building aircraft that fly within Earth’s atmosphere and astronautical engineering which deals with spacecraft that fly outside our planet.
The impetus to shift the aircraft design toward less pollution and more fuel efficiency has offered great chance for aerospace market to grow at a sustainable rate. Hence, offering more job opportunities and compensate the retired workforce.
Now question arises, what are the main paths of aerospace engineering? Here are some valuable tracks that are worth mentioning.
It is involved in the study of forces and subsequent object motion through the air. Lift force measurement is done to allow the aircraft to overwhelm gravity and drag.
It deals mainly with electronic systems that are used on aerospace vehicles. The systems comprise group of navigation, communications, display, and monitoring of operation systems. Additional implementation of artificial models and simulations as well as new software development controls is necessary to ensure optimum management for autonomous systems.
It includes air and space propulsion systems; each of which has its own necessities in order to drive aerospace vehicles forward seamlessly. Both systems use vehicle engine as a power source and a suitable method or propeller for thrust generation.
The produced thrust is used to balance the aircraft drag when flying or overcome the drag force to accelerate.
Materials and structures
It emphasizes the study of mechanics fundamentals and material and structural analysis. It also focuses on theoretical and experimental investigations that measure the response of aerospace vehicles to loads, corrosion, and radiations. It aims mainly to guarantee physical integrity and lighter weight of vehicles and avoid expensive prototype testing.
What to learn?
To start out in aerospace engineering, you typically need a bachelor’s degree in this field or other relevant engineering degrees such as software, electrical and mechanical. Having a hot interest in mathematics and applied physics is preferable.
It is recommended to put extra effort on more specialized courses such as propulsion, avionics, structure, and controls through master degree in aerospace engineering. Aside from that, receiving accreditation by the Royal Aeronautical Society (RAeS) may pave the way to reach chartered engineer level.
Further intensive cooperative programs may be offered by some institutions where you can hit two goals with one shot; academic learning and practical training. This may be great choice to hone your career paths and stand out of the crowd!
There are many compelling benefits that may make you prefer aerospace engineering job despite its hard work and successive travels.
A package of advantages can be offered to aerospace employees in order to flourish their career and health. It may include dental and vision cares as well as medical and life insurance privileges. Free on-campus wellness events may be established occasionally to refresh employee’s mood and health state.
As an aerospace engineer, you may specialize in one of the discussed areas, or even enjoy the scientific research area as aeronautical engineering field is growing at such a rapid pace. Thanks to advances in technology, you can monitor the work from your office or take management role.
It is now possible to realize that aerospace engineering is very interesting and promising. You may able to form opinion about this field and clear many abstractions and suspicions. If you have any experience to be shared, or additional information to be added, please don’t hesitate to leave your feedback.