Textile Engineering (M.S.)
Program Director: Brian George, Ph.D.
Mission
This program is intended to develop the graduate student’s knowledge in the advanced fields of textile science and engineering. Students with undergraduate education in the fields of textile engineering, textile chemistry and textile sciences, and those with undergraduate experience in engineering or materials technology are welcome to pursue this program. The wide range of textile engineering courses will prepare the student to make significant contributions in either advanced textile manufacturing technology or textiles material science. The carefully integrated educational offerings at the University enable the student to be exposed to a wide range of professional education possibilities. A capstone experience is provided during the final semester.
Program Learning Outcomes
Graduates of the M.S. in Textile Engineering will:
- Demonstrate knowledge & proficiency in technical aspects of textile engineering.
- Analyze and criticize established textile theories and synthesize new theories.
- Understand and evaluate engineering theory.
- Apply their acquired skills toward the development of a unique research project.
- Demonstrate a competent knowledge and proficiency in the field of textile engineering.
- Perform written and oral technical communications at a competent level.
The M.S. in Textile Engineering requires the successful completion of 36 credits composed of 27 credits of Core Courses and 9 credits of Research Thesis. Most full-time students complete the requirements in two academic years.
Foundation Courses
For students matriculating in the M.S. in Textile Engineering Program with no undergraduate background in textiles, a group pf foundation courses may be required. The foundation courses will be determined at the time of admission by the program director.
CORE COURSES: 27 Credits
Students choose nine courses from the selection below after consultation with their graduate advisor.
TXE-601 | Fiber and Yarn Studies |
TXE-613 | Characterization of Fibrous Materials |
TXE-621 | Mechanics of Materials |
TXE-622 | Mechanics of Textiles |
TXE-624 | Advanced Textile Composites |
TXE-625 | Biomaterials Technology |
TXE-713 | Coloration and Finishing Studies |
TXE-721 | Analytical Methods |
TXE-751 | Advanced Woven Structures |
TXE-752 | Advanced Knitted Structures |
TXE-753 | Advanced Nonwoven Structures |
TXE-754 | Industrial and Specialty Fabrics |
TXE-755 | Advanced Yarn Studies |
TXE-759 | Product Evaluation |
TXE-762 | Textile and Apparel Operations Management |
TXE-783 | Advanced Chemistry of Fibrous Materials |
TXE-790 | Quality Management |
TXE-791 | Internship |
TXE-797 | Selected Topics |
TXE-798 | Independent Study |
RESEARCH THESIS: 9 Credits
In consultation with the thesis advisor, the student will select an area for concentrated study.
TXE-941 | Research Thesis |
TOTAL CREDIT HOURS: 36 Credits
Curriculum Sequence
The following course sequence is for fall entrants.
Year 1 |
|
Fall | |
TXE-721 | Analytical Methods (fall only) |
TXE-XXX | [2] M.S. in Textile Engineering courses |
Spring | |
TXE-XXX | [3] M.S. in Textile Engineering courses |
Year 2 | |
Fall | |
TXE-XXX | [3] M.S. in Textile Engineering courses |
Spring | |
TXE-941 | Thesis |
The following sequence is for spring entrants.
Year 1 |
|
Spring | |
TXE-XXX | [3] M.S. in Textile Engineering courses |
Fall | |
TXE-721 | Analytical Methods (fall only) |
TXE-XXX | [2] M.S. in Textile Engineering courses |
Year 2 | |
Fall | |
TXE-XXX | [3] M.S. in Textile Engineering courses |
Spring | |
TXE-941 | Thesis |