What are mechanical engineering jobs?
Mechanical engineers design and create mechanical systems, such as engines and robots. They devise ways to store energy, such as solar panels or wind turbines; design vehicles including cars and trains; manufacture various objects through metal casting or machining; maintain industrial machinery; operate heavy equipment; perform project management for engineering projects, such as buildings and bridges.
The field of mechanical engineering has several specializations. Some examples are: aerospace, automotive, biomedical, chemical, civil, computer-aided design and manufacturing (CAD/CAM), electrical and electronics.
Where do they work?
Mechanical engineers work in a variety of industries in different capacities. They may be design engineers working on the development of a new product or process; they may be project managers overseeing the construction of a facility; they may be researchers developing new technologies; they may be designing tools for manufacturing processes. Mechanical engineers can find employment in the public or private sector and may work for federal, state or local governments; local, regional or national corporations; consulting firms.
What do they earn?
Salary statistics are not available, however the average annual salary of mechanical engineering jobs was $111,800 in 2014.
What is an Engineer?
Whether you are earning a bachelor’s or master’s degree in engineering, you are part of an engineering profession. Engineers work with technology, monitoring and improving systems and processes as they apply theories to real-world problems. The engineers’ job is to help keep the world moving forward. In doing so, they provide the solutions for many important technological problems and advances in all fields of science and industry, from health care to logistics to human development. They make products that benefit society through invention and discovery.
Things they are trained for:
Engineers are trained in the natural sciences and in mathematics, particularly the disciplines of physics, chemistry and computer science. They use this foundation for their work that requires understanding and applying concepts from these fields to physical problems.
Their work applies theories to design, develop and maintain systems used in an ever-changing world. The profession requires creativity, imagination and innovation. And it’s a profession where you can apply your ideas to help society through such challenging fields as environmental engineering, public health engineering or medical device engineering, just to name a few. To be successful in this field and reach your goals of expanding human knowledge, you must be willing to always learn new things.
What’s it take?
Engineers are curious, they ask questions and solve problems. They apply knowledge from many fields, including science, math and computer science, to find solutions. This is an exciting profession that offers outstanding opportunities for growth and advancement.
If you have an aptitude for problem solving and a desire to help society meet its needs, a career in engineering may be for you. One of the most important aspects of preparing for a career in engineering is gaining the skills necessary to understand the connections between technology and society. To do this, take courses such as those focusing on ethics or law. If you are interested in medicine or biology, pursue courses on these topics as well as chemistry and physics.
Most common engineering degree:
The most common engineering degree is the bachelor’s. The minimum requirement is a four-year degree. But employers prefer to hire candidates with master’s degrees for their advanced coursework and experience beyond their undergraduate work. In addition, some employers will accept credit for relevant work experience as part of an entrance package. However you choose to prepare, remember that your career as an engineer will be a very rewarding one!
The advantages of a mechanical engineering career are many. You’ll have a challenging career that offers room for growth and advancement. Your skills can be put to use in many areas, from research to product development to maintenance. And you can choose from a number of specializations, from mechanical design (vehicles) to robotics to production (manufacturing).
The disadvantages are few, primarily due to the fact that mechanical engineers work in an ever-changing field that has few repetitive tasks. While the work is often rewarding and fascinating, it is physically demanding. Mechanical engineers spend their time on things like designing machines and systems, writing reports and proposals, sitting at their desks all day. Some mechanical engineering positions require working outside in occasionally harsh weather. While this can be exciting, you also must be prepared for some risk of injury.
Where can you find these jobs?
Mechanical engineering jobs can be found in a number of industries. The type of work will depend on the applicant’s field of interest, with opportunities in areas such as automotive, aerospace and healthcare to name a few. Individuals interested in pursuing an engineering career should explore the best options for them based upon their decision factors .
Is it worth it?
The benefits in a career as a mechanical engineer outweigh any lack of opportunities or facilities. The ability to see your designs and inventions in real life is quite rewarding. Most mechanical engineers spend their time working on topics as diverse as aircraft design, software development and health care equipment, proving that you can have a challenge every day! And with employment growing faster than the national average, it’s never been a better time to get started!
Where do they work?
Mechanical engineers work in the following sectors: aerospace, automotive, biomedical, chemical, civil, computer-aided design and manufacturing (CAD/CAM), electrical and electronics.