Materials Engineering

Overview of Materials Engineering

In a Materials Engineering college degree program, you will learn about material properties, and how to design, develop, and produce materials that will be used in every day products from computer chips to U.S. Air Force fighter planes.  Materials Engineering college programs teach students how to choose the right materials for different products, how to work with many different types of materials and how to shape them, and the breakdown and failure of different materials. 

In a Materials Engineering college program, you will gain a strong basis of materials from production to failure; in addition to a fundamental knowledge of engineering and how the two work together. Education programs in Materials Engineering are available at Associate’s degree, Bachelor’s degree, Master’s degree, and Doctorate degree levels. 

Curriculum for Materials Engineering

In a Materials Engineering program, many courses will focus on mathematics, science, and engineering.  Here are some courses you can expect to see in a Materials Engineering college program:
  • Fundamentals of Materials Science
  • Materials Laboratory
  • Mathematical Methods For Materials Scientists
  • Microstructural Evolution in Materials
  • Electronic, Optical and Magnetic Properties of Materials
  • Mechanical Properties of Materials
  • Thermodynamics of Materials
  • Polymeric Materials
  • Deformation of Solids
  • Principles of Corrosion
  • Joining of Materials: Structural, Electronic, Bio, and Nano Materials
  • Imperfections and Mechanical Properties

For students who wish to continue their studies in Materials Engineering, you can expect a heavy course load in mathematics, science, physics, and engineering.  For those who are ready to invest their time toward higher education, there are both Masters and Doctoral programs available around the country to fit your needs.

How to Enroll in Materials Engineering

There are many colleges and universities around the country that offer Bachelor’s degrees in Materials Engineering.  These programs can be very demanding, and if you are thinking of enrolling in such a program, you will want to be equipped with the necessary tools.  With many courses in mathematics and science, you will want to have an advanced calculator, and access to a computer and the Interne available.  Keeping in touch with an academic advisor throughout your college journey, as well as seeking assistance from tutors, classmates and professors will be very beneficial to your future in Materials Engineering.

Benefits and Rewards of Materials Engineering

There are many different sectors within an Engineering program; Materials Engineering is only one of the fields within Engineering.  In a Materials Engineering degree program, you will spend a lot of time learning about the manufacturing, design, production, and use of all different materials from metals and ceramics to polymers and biomaterials.  Materials Engineering grew out of many other Engineering programs, so you can expect to gain a basic knowledge that can be used in other careers within engineering.

As you continue in a Materials Engineering degree program, many schools promise outcomes from their programs.  You can anticipate graduating with a strong foundation in the fundamentals of materials science and engineering.  In addition, you will come out with strong communication, computation, and analysis skills, and well as an ability to apply your knowledge to a future work environment.  The knowledge that comes from a background in engineering is a very strong one, and you will be able to take it with you throughout your career.  A Bachelor’s degree in Materials Engineering will prepare you for further research and education in a Masters program.

Job Opportunities in Materials Engineering

If enrolled in a Materials Engineering college program, an ideal career path would be to be a materials engineer.  Materials engineers help produce, manage, and test different materials that are used in many different types of products.  To become a materials engineer it is necessary to have at least a Bachelor's degree, and prospective employers value experience.

According to the Bureau of Labor Statistics, materials engineers held about 22,300 jobs in 2010.   The average materials engineer made an average salary of $83, 120 a year, and the outlook for the 2010-20 decade is slower than average at 9% with only an increase of 1,900 jobs.
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