Manufacturing Engineering Schools Colleges & Universities

In manufacturing engineering schools, students learn to research and develop the kinds of machines that keep modern life humming.

Manufacturing Engineering Colleges Teach Students About Exciting New Technology: Chances are, no matter what time of day you're reading these words, you've already used several machines. And while life in the new millennium doesn't quite resemble the futuristic reality portrayed in our favorite science fiction movies, there's no denying that machines are a big part of everyday life, and that our employment of them only grows with each passing year. Many of us take such conveniences for granted, but the precise instruments that furnish us with so much convenience need to be designed, tested, and maintained by talented engineers.

Manufacturing Engineering Colleges Combine Curriculum and Practicum: Manufacturing engineering colleges teach students to research and develop such tools, processes, machines, and equipment. Major focuses for this industry today include automation (for factory work) and robotics. If you're looking into manufacturing engineering schools, know that it helps to be a creative problem solver with a strong foundation in mathematics. You should also be ready to tackle a heavy course load, and use your hands as much as your brain. Typical classes for students of manufacturing engineering schools include:

  • • Statistics and dynamics
  • • Energy systems
  • • Circuit analysis
  • • Fluid mechanics and aerodynamics
  • • Materials science
  • • Thermodynamics

Most bachelor's degree programs in engineering take five years to complete, and this serves as the standard education attainment for entry-level work. Those aspiring to research positions may need a graduate degree. Engineers who offer their services directly to the public must also be licensed.

Employment Prospects for Graduates of Manufacturing Engineering Schools: In its profile of engineers, the Bureau of Labor Statistics (BLS) provides details on the seventeen engineering specialties recognized by the Federal Government's Standard Occupational Classification system. While manufacturing engineers are not listed among these, the BLS notes that many other specialties and subdivisions exist within the field of engineering. Information on two of the specialties most pertinent to attendees of manufacturing engineering colleges--mechanical engineers and industrial engineers--is presented here.

The BLS predicts faster than average job growth for industrial engineers, who can look forward to good job opportunities generated, in large part, by the large number of current jobholders who are leaving the occupation. As of May 2009, industrial engineers earned a mean annual wage of $77,090. Major employers include the manufacturing industries associated with aerospace, navigation, and motor vehicles.

Employment of mechanical engineers is expected to grow more slowly than average in the 2008-2018 decade, although the BLS suggests that jobs opportunities within this speciality can still be found thanks to strong demand for this particular skill set. Mechanical engineers earn a mean annual wage of $80,580.

The writer Karin Hansen holds a degree in English from San Francisco State University.

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