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B.S. in Polymer Science and Polymer Engineering

Get your degree at the top university in the world for polymer science and plastics engineering according to global ranking site . The Bachelor of Science in Polymer Science and Polymer Engineering program builds a strong foundation in polymer chemistry, polymer physics, and polymer engineering with opportunities to specialize in sustainability, processing, or biomaterials.

Polymer science and engineering is a versatile field of study

Polymers are used in industries ranging from aerospace to electronics, medicine, petroleum, plastics, fiber and rubber. Polymer scientists and engineers work at the intersection of chemistry, physics, biology and engineering to develop material solutions to some of the world’s most challenging problems. They invent new materials, optimize processes, and model the physical behavior of macromolecules.

A program with limitless possibilities

Students in Polymer Science and Polymer Engineering benefit from state-of-the-art processing facilities, access to the 25 polymer-related research labs in the School of Polymer Science and Polymer Engineering (SPSPE), industrial collaborations with local polymer-focused companies, and a wealth of research opportunities.

The Akron Engineering and Polymer Experience

Students enrolled in the undergraduate program will have access to advising, career services and tutoring, all currently offered in the College of Engineering and Polymer Science. They can participate in design teams and student organizations, such as the Polymer Student Organization, and participate in the University’s famed .

Design the program that is right for YOU

Students have the opportunity to specialize in sustainability, processing, or biomaterials.

For a specialization in sustainability the following electives must be taken:

• 9871:350 Sustainable Polymers
• 9821:411 Special Topics in Polymer Science and Polymer Engineering
• 4300:321 Introduction to Environmental Engineering

For a specialization in processing the following electives must be taken:

• 9841:423 Injection Molding and Mold Design
• 9841:424 Additive Manufacturing with Polymers
• 9841:425 Introduction to Blending & Compounding Polymers

For a specialization in biomaterials the following electives must be taken:

• 4300:202 Introduction to Mechanics of Solids (prerequisite for 4800:300)
• 4800:300 Biomaterials
• 9871:460 Polymeric Biomaterials

Student spotlight

“I chose °µºÚ±¬ÁÏ specifically for its top-ranked Polymer Science & Polymer Engineering program. During my campus tour, I was captivated by the Chihuly ‘rock candy’ statue. This sparked my interest in the field and solidified my decision to pursue my degree at °µºÚ±¬ÁÏ.”

— Pailey Vitale
Junior Student
Hometown: Freeport, Pennsylvania