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If you are a type that like solving problems through using machines and equipment, you might consider becoming an engineer. Two types of engineering fields to consider when choosing a career are mechanical and aerospace.

Understanding the difference between these two engineering disciplines can help you determine which career is right for you. In this article, we discuss what mechanical and aerospace engineering are, what the what the engineers in each filed do and what the main differences are between them, based on duties and educational requirements.

What is a Mechanical Engineering?

Mechanical Engineering as a profession designs or builds machines to machines to solve human problems. As a profession it uses innovative skills to design plans and produces machines and other types of mechanical devices and systems that are useful to solve human problems.

What is an Aerospace Engineering?

Aerospace Engineering is a profession that design and produce mechanical equipment with the capability to operate in space or air. Example of such mechanical equipment are aircraft, missiles, satellites and spacecraft. Aerospace engineers are usually experts in a specific field, such as thermodynamics, aerodynamics, thermodynamics, avionics, celestial mechanics, flight mechanics, guidance and control systems, propulsion and acoustics.

Aerospace engineering encompasses two field of study: aeronautical engineering and astronautical engineering. While Aeronautical engineering focus on the design and development of technology, theory and practice of flights in the air; Astronautical engineering focuses on spacecraft.

Differences between aerospace and mechanical engineers

While both professions work on the design and manufacturing of machines, they direct their focus on different areas. Here are some key differences between the two roles:

1. Duties

Aerospace engineering focuses on the technology and science of flight and navigation and of aerospace physiology and the testing of aerospace products. The duties of an aerospace engineer can include but not limited to:

Designing and developing aerospace and aviation products

Studying project proposals for financial feasibility

Developing and running simulations to determine the product's overall performances and safety

Together with other engineering professional aerospace engineers are also responsible to establishing operating standards for their products and

For developing prototypes for creations.

Mechanical engineering focuses on the design of machines including flying machines just like in aerospace engineering and on development and maintenance of power-producing and transportation machines, such as electric generators and ships. The job duties of a mechanical engineer can include:

All of the above in aerospace engineering, but not necessarily on flying machines and including

Monitoring production of machines

Maximizing the efficiency of product lines

Tracking project development progress

If you are interested in flying machines you should consider aerospace engineering and if your interest is in solving problems with mechanical devices then you should consider mechanical engineering.

2. Education Requirements and Internships

Both disciplines required to have at least a bachelor’s degree in a related course. Some universities, however, offer a dual degree to cover topics for both fields like there are some institution that offer Aerospace and Mechanical Engineering as a double degree.

Aerospace engineers should have a bachelor’s degree in https://tertiarycampus.blogspot.com engineering with coursework in aerodynamics, propulsion, mechanical and engineering principles and design.

The requirements for a Mechanical engineers include a bachelor’s degree in mechanical engineering with coursework in mathematics, engineering principles, physical science and engineering design.

It is also one of the requirements for an Engineer interested in holding leadership positions and achieving job advancement opportunities to have advance degree including in management. Some schools offer five-year programs that include a bachelor's and master's degree in either aerospace or mechanical engineering when completed.

One of the requirement you attained to gain more experience in engineering is to consider interning at a related business. Internships can provide hands-on experience and may help lead to future job opportunities. Some colleges offer cooperative programs in partnership with businesses to provide students with experience while they are completing their education.