Materials science and engineering is an interdisciplinary field that lies at the interface of chemistry, engineering and physics. The minor is for undergraduate students who are majoring in the natural sciences and engineering and who have an interest in materials science and engineering.
Requirements for the minor are met by completing the required courses for 6 credit hours and 12 technical elective credit hours. For more information and a list of approved technical electives, visit the Materials Science & Engineering webpage. At least 12 of the 18 credit hours must be upper-division (3000 or higher level). At least 3 credit hours beyond the required courses must be taken in engineering courses (9 credits total). 5000-level courses are allowed where undergraduate students are eligible to enroll. Prior coursework may be transferred from other institutions with approval.
A grade point average (GPA) of 2.000 or better is required in the courses that are used to satisfy the requirements for this minor. Each individual course that is counted towards these degree requirements must be passed with a D- or better. Note, however, that a C- or better is required in all prerequisite courses to move on to a subsequent course.
Completion of 18 credit hours is required for the minor, distributed as follows.
|Materials in Technology
|Fundamentals of Materials Science
|Select one of the following:
|or ASEN 1022
|Materials Science for Aerospace Engineers
|or MCEN 2024
|or GEEN 3024
|Materials Science for Engineers
|or CHEN 4440
|Chemical Engineering Materials
|Total Credit Hours
Open to non-CEAS students.
Upon program completion, students will be able to:
- Identify the different classes of materials, the chemical properties of different materials, and the structure-function relationship of materials.
- Solve complex engineering problems that involve materials by applying principles of engineering, science and mathematics.
- Apply materials science and engineering principles to solve technical challenges in society.
- Work in a team environment to solve complex engineering problems that require materials solutions.
- Recognize ethical and professional responsibilities when designing materials to address solutions that impact public health, safety and welfare.