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Electromechanical Engineering > Electronic and Electrical Engineering > Engineering > Degree Programs

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Electromechanical Engineer: Job Description & Career Info

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Electromechanical Engineer: Job Description & Career Info

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Check out these other careers in engineering:

Electro-Mechanical Engineering Technician

For those interested in performing installation and repair work on computer-driven equipment, becoming an electro-mechanical technician may be a good career option. These engineering technicians piece together and calibrate new machines, such as manufacturing robotic devices. They also diagnose issues, make necessary repairs, create new components and execute performance tests.

Most enter this profession by earning an associate degree or certificate in an area such as mechatronics or computer-integrated manufacturing. Professional certification is offered by several organizations and can be beneficial when looking for a job. Based on predictions from the BLS, electro-mechanical engineering technicians should experience employment growth of 1% between 2014 and 2024. The BLS estimated that these technicians earned a median yearly income of $53,340 in 2015.

Mechanical Engineering Technician

If working with mechanical engineers to design and build mechanical equipment sounds more appealing, consider becoming a mechanical engineering technician. Under the supervision of engineers, they help develop ideas in addition to creating schematics, drawings and manufacturing instructions. After prototypes are built, they test the product, record findings and make design modifications if necessary.

An associate degree in mechanical engineering technology or other similar training is generally necessary to gain employment in the field, and many of these programs can be found at community colleges or technical schools. In 2014, the BLS reported that 48,400 mechanical engineering technicians worked in the U.S. and received a median annual salary of $53,910 in 2015. According to BLS projections, job opportunities in this field should increase by 2% during the 2014-2024 decade.

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electromechanical engineer: job description & career info

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Electromechanical Engineer: Job Description & Career Info

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Check out these other careers in engineering: For those interested in performing installation and repair work on computer-driven equipment, becoming an electro-mechanical technician may be a good career option. These engineering technicians piece together and calibrate new machines, such as manufacturing robotic devices. They also diagnose issues, make necessary repairs, create new components and execute performance tests.

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Electromechanical Engineering is a mix of electrical and mechanical engineering.

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What courses should I take in high school to prepare for college? I want to be an aeronautical engineer. | TryEngineering

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What courses should I take in high school to prepare for college? I want to be an aeronautical engineer. | TryEngineering

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Students preparing to enter college to study engineering should plan to take as many math and science classes as possible. Your school guidance counselor can help you to plan your school schedule such that you enroll in the courses that will help your future studies.

Examples of high school classes in the math and science fields needed for engineering are:

Math: Algebra I, Algebra II, Geometry, Probability & Statistics, Calculus I, and Calculus II.

Science: Physical Science, Biology, Applied Biology/Chemistry, Advanced Physics and Chemistry.

Although all these classes will help your engineering studies, as a future aeronautical engineer, the Math and Physics classes will be the basic knowledge that you will build upon. If your school does not offer all of these courses, you might be able to take some of these classes at a local college or community college. Your guidance counselor will be able to help you make some of these arrangements.

If you do not have an opportunity to take all of these classes, do not be discouraged. Where ever you attend college, faculty advisors will assess the classes you have taken in high school and make sure that you are enrolled in the college classes that you need to take to assure you have the fundamental background you need to be a successful aeronautical engineer.

It is never too soon to begin researching colleges to obtain a list of prerequisites for entrance for the program you have selected in aeronautical engineering.

Best of luck!

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What courses should I take in high school to prepare for college? I want to be an aeronautical engineer.

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Students preparing to enter college to study engineering should plan to take as many math and science classes as possible. Your school guidance counselor can help you to plan your school schedule such that you enroll in the courses that will help your future studies.

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What To Do In High School | MIT Admissions

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What To Do In High School | MIT Admissions

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What To Do In High School | MIT Admissions

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When we admit a class of students to MIT, it's as if we're choosing a 1,100-person team to climb a very interesting, fairly rugged mountain-together. We obviously want people who have the training, stamina and passion for the climb. At the same time, we want each to add something useful or intriguing to the team, from...

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The need is so important that Congress passed the America COMPETES (Creating Opportunities to Meaningfully Promote Excellence in Technology, Education, and Science) Act, authorizing $43.3 billion in federal spending in science, engineering, mathematics and technology research and education programs.

Engineers use mathematics, the physical, chemical, and biological sciences, as well as business and communications skills to solve important, real-world problems in society.

Engineers and scientists must be critical thinkers, entrepreneurs, and innovators who understand the social and business implications of their work.

They need to be able to communicate their ideas coherently, and work effectively in teams. Above all, they must be willing and able to provide leadership in solving society's big problems.
Our world is powered by engineers.
Engineers create the newest products, services, and ideas to improve human health, safety, and happiness. Engineers provide solutions to opportunities and challenges that affect everyone.

From the environment, energy, new product design, to national security, engineers have an active role in virtually every area of human life.

Engineering salaries vary depending on the level of education, focus of career, and the region of the world, but year after year, engineering tops the list of majors with the highest average starting salary.

It is well worth the time and effort to become an engineer. The most current numbers on starting median salaries for engineers is $55,000 to $70,000, with the potential to earn two to three times these amounts with experience, success, and further education.

Engineering involves the creative application of tools from math and science to solve problems that confront humanity today.

While these problems present technological challenges, each exists within a cultural, economic, historical, and ethical context, and thus an undergraduate education in engineering must provide students with a broad academic foundation.

Twenty-first-century engineering is at the epicenter of an explosion in new knowledge. Revolutionary discoveries in science, engineering, medicine, mathematics, and the social sciences have not only changed the way we interact with the world around us, but have also blurred the boundaries between academic disciplines.

Engineering is the catalyst for bringing disciplines together and pushing forward the amazing advances made possible by those collaborations. The breadth of an engineer's education as well as the interdisciplinary nature of engineering disciplines has led some to call an engineering education the new liberal arts.

The Accreditation Board for Engineering and Technology (ABET) accredits college engineering programs nationwide using criteria and standards developed and accepted by U.S. engineering communities.

There are several disciplines within engineering-different starting points for solving engineering problems. More than twenty-five major specialties are recognized in the fields of engineering and engineering technology.

Some of the more popular areas of study include Aerospace, Biomedical, Chemical, Civil, Computer, Electrical, Environmental, Industrial, Mechanical, and Systems.

Whether you're an undergraduate who likes the idea of research or who is thinking about graduate school, collaborating on projects will prepare you for a productive future in research, your workplace, and your community.

The experience will position you to meet the needs of society and provide technical leadership, no matter where your path leads.

Because research is such an integral part of engineering, and because schools with graduate programs tend to have more research center, labs, and institutes, we've limited our top fifty list to those schools with graduate programs. However, if you are looking for a list of undergraduate programs that offer the flexibility of an online curriculum, be sure to check out our ranking of the Best Online Engineering Degree Programs.

What Are the Best Engineering Degree Programs?

To help prospective engineering student explore programs and schools, we have compiled the following list of the top fifty undergraduate engineering programs. Because we know that a degree is an investment of sorts, we have factored into our rankings the cost of getting an engineering degree and the salary prospects for graduates of the various schools.

By combining data points from U.S. News and World Report, Payscale.org, the Bureau of Labor Statistics, and information provided by schools, we've created a list of fifty schools that will get an aspiring engineering off to a successful start.

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The need is so important that Congress passed the America COMPETES (Creating Opportunities to Meaningfully Promote Excellence in Technology, Education, and Science) Act, authorizing $43.3 billion in federal spending in science, engineering, mathematics and technology research and education programs. Engineers use mathematics, the physical, chemical, and biological sciences, as well as business and communications skills to solve important, real-world problems in society.