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Plastics Engineering, B.S.: 4-year sequence
Introduction
The Bachelor of Science degree in Plastics Engineering is designed to prepare engineers as experts in the design and manufacturing of plastic components. Plastics engineers work with other professionals in the design of products, particularly to ensure efficiency and quality when manufacturing. First class testing and processing facilities allow plastics engineering students to learn how to setup, optimize and validate processes to meet high quality standards. Plastics engineers also work to design and program automated systems capable of manufacturing and assembling plastic products. Through advanced knowledge of plastics materials, engineering design rules, and computer simulation software, plastics engineers play a vital role in automotive and recreational vehicle components, medical devices, consumer electronics, and everything else made of plastic.
UW-Stout’s Plastics Engineering degree is accredited by the Engineering Accreditation Commission of ABET (Accreditation Board for Engineering and Technology). It is the only nationally accredited plastics engineering degree in the Midwest, and one of only two in the United States. Many opportunities exist for paid cooperative experience with local and regional companies, as well as national and international companies. These experiences are extremely beneficial when applying for full-time engineering positions, and are an essential component to the undergraduate plastics engineering experience at UW-Stout.
General Requirements
Bachelor of Science Degree
| Total for Graduation: |
127 credits |
|
| Stout Core General Education Requirements: |
33-36 credits |
|
| Major Requirements: |
89 credits |
|
| Free Electives: |
to reach 127 credits |
