Materials Science and Engineering
Major
Materials science and engineering has evolved over the last 25 years from metallurgical engineering, polymer chemistry, and ceramic science to a coherent discipline in the forefront of technology. It is increasingly recognized as a key engineering field that opens the door for new developments in other advanced technologies. Graduates with a bachelor’s degree will frequently work with existing materials in product design, process engineering, materials selection, testing, quality control, and technical sales.
- The materials science and engineering major is accredited by the Accreditation Board for Engineering and Technology (ABET).
- Students can gain hands-on experience and develop career insights by working with faculty on one of many research projects including ceramics and polymer composites, intermetallics, and nickel–and titanium-based alloys for aerospace and automotive applications.
| Bachelor of Science in Materials Science and Engineering—Suggested Curriculum |
Freshman
English Comp I & II
FORTRAN Programming
Engineering Design
Calculus I
Physics I and Lab
GE History
GE Non-Western Course
Fundamentals of Eng & CS
Intro to Mathematics for Engineering Applications |
Sophomore
Statics
Dynamics
Strength of Materials
Differential Equations w/ Matrix Algebra
Physics II, III, & Labs
GE Human Behavior
Calculus II, III
Intro to Materials Eng Science
Circuit Analysis I & Lab |
Junior
Thermodynamics I
Struc/Prop of Egr Materials
Physical Metallurgy
Materials Testing Lab
Failure Anaylsis
Struc/Prop of Egr Polymers
Materials Corrosion
GE Human Behavior
Materials Related Elective
GE Course
Calculus IV
Engineering Mechanics Lab
Experimental Measurements & Instrumentation
Thermodynamics of Materials |
Senior
Mechanical Behavior of Materials
Intro to Ceramics
Materials Engineering Design I & II
Processing Courses
Additional GE Courses (2)
Materials Related Electives
X-Ray Methods in Materials Science |
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