Polymer/Plastics Engineering

Overview of Polymer/Plastics Engineering

In a Polymer/Plastics Engineering college degree program, the main goal is to prepare students to design and create plastics, by combining compounds.  Plastics are an important part of our society, and a Polymer/Plastics Engineering program is a great idea for someone who is interested in finding a career right after school.  If you are interested in Polymer/Plastics Engineering, you can expect to take many courses in chemistry, because understanding the makeup and design of polymers and plastics are vital to work in the field.

There are not many schools in the United States that offer programs in Polymer/Plastics Engineering, but there are a few education programs available at Bachelor’s degree, Master’s degree, and Doctorate degree levels.

Curriculum for Polymer/Plastics Engineering

In a Polymer/Plastics Engineering program, many courses will focus on mathematics, science, and engineering.  Here are some courses you can expect to see in a Polymer/Plastics Engineering college program:

  • General Chemistry
  • Introduction to Engineering Materials
  • Organic-Polymer Chemistry
  • Electrical Fundamentals
  • Fluid Power With Controls
  • Survey Plastics-Elastomer Technology
  • Plastics Product Manufacturing
  • Plastic-Polymer Materials
  • Plastics Product Development
  • Electronics for Engineering Technology
  • Engineering Polymers
  • Polymer Compounding
  • Reinforced Plastics/Composites
  • Strength of Materials
  • Tooling for Plastics Processing

For students who wish to continue their studies in Polymer/Plastics Engineering, you should 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 several Master’s and Doctoral programs available around the country.

How to Enroll in Polymer/Plastics Engineering

There are only a handful colleges and universities around the country that offer Bachelor’s degrees in Polymer/Plastics Engineering.  These programs are often very demanding, and if you are planning on enrolling in this program, you will want to be equipped with the necessary tools.  It’s important to stay focused and to study, because courses will be heavy in mathematics and science, especially chemistry.  It’s also a good idea to keep in touch with an academic advisor throughout schooling, as well as seek assistance from tutors and professors. 

Benefits and Rewards of Polymer/Plastics Engineering

There are many divisions within an Engineering program; Polymer/Plastics Engineering is only one of the fields within Engineering.  In a Polymer/Plastics Engineering degree program, you will spend a lot of time learning about the manufacturing, design, production, of polymers and plastics. Polymer/Plastics Engineering is similar to several other fields within Engineering; therefore, some coursework and skills may overlap.

As you continue in a Polymer/Plastics Engineering degree program, many schools promise outcomes from their programs.  You can anticipate graduating with a strong foundation in the fundamentals of chemistry, science, mathematics, plastics, 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 Polymer/Plastics Engineering will prepare you for further research and education in a Master’s program.

Job Opportunities in Polymer/Plastics Engineering

If enrolled in a Polymer/Plastics Engineering college program, a possible 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.

We're sorry, we currently do not have any Online schools offering Engineering programs in Polymer/Plastics Engineering. We are working diligently to add more schools to our database. In the meantime, please click here to see if there are any Campus Schools in your area.

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