What Does Mechanical Engineer Do

Working in one of the broadest engineering fields, mechanical engineers design, analyse, test, develop and oversee the manufacture of power-producing machines like electric generators, engines, and turbines, as well as machines that use power, such as air-conditioning and refrigeration units, material handling systems such as conveyors, and more.

As modern professional engineers, mechanical engineers use computer systems to test designs and run virtual simulations to determine how a machine will work or integrate with connected systems, as well as computer aided design (CAD) and computer aided manufacturing (CAM) programs. Mechanical engineers also need to understand dynamics, mechanics, thermodynamics, structural analysis and electricity.
Mechanical engineering often overlaps into other engineering disciplines, including civil, chemical, industrial, and electrical engineering.
While the exact parameters of the role will change depending on where you work, a mechanical engineer will typically do tasks like:
Analysing problems and mechanical device failures to find a cause and solution
Designing or redesigning/adapting mechanical devices
Develop and test mechanical prototypes, changing designs based on testing results
Oversee manufacturing processes
This work will typically require an understanding of mechanical physics, forces, rotation, vibrations, and velocity.

Where do they Work?

Mechanical engineers work in a range of different places, according to the industry they are working in. Employment opportunities can be found almost anywhere that innovation is taking place, including within industries like aerospace, automotive, chemical, construction, consumer goods, defence, electronics, marine, metals and materials, pharmaceutical, rail, and utilities.
Mechanical engineers are also employed to work in a non-engineering capacity, both within engineering and elsewhere. These might include teaching, management, technical consulting and sales, publishing / science journalism, government, military, medicine, research, and more. 
Most mechanical engineers work in an office setting although there may also be visits to sites to investigate problems or attend to pieces of equipment.

Benefits of Becoming a Mechanical Engineer

The first and most obvious benefit of becoming a mechanical engineer is the wide variety of employment opportunities that are available. In addition, new areas of employment growth are being developed for mechanical engineers with breakthroughs in areas such as acoustical engineering, biotechnology, composites, computational fluid dynamics, and nanotechnologies.
Along with the benefits of having a range of potential employment opportunities and fields of work to choose from, mechanical engineering can also offer a good salary.
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