This degree emphasizes fundamental knowledge in a wide variety of modern, advanced materials development and applications.
Students seeking a coursework M.S.E. degree must complete 30 credit hours of coursework including research credits. Of the 30 credit hours, at least 15 credit hours of MSE department courses (excluding MSE 690) must be taken.
Graduate courses offered towards the 30 credit hours are divided into two modules/categories.
i) Foundation courses (minimum of 12 credit hours)
ii) Elective courses (maximum of 18 credit hours)
MSE Coursework Course Plan of Study Form for Master
Foundation courses:
Students must select a minimum of four courses (12 credits) within this category/module.
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| Fall | Winter |
|
Foundation courses(Credits: at least 12 credits) | MSE 532 (3): Advanced Thermodynamics of Materials | MSE 535 (3): Kinetics, Phase Transformations and Transport |
| (1) MSE 550 (3): Fundamentals of Materials Science and Engineering | MSE 465 (3): Structural and Chemical Characterization of Materials | |
| MSE 560 (3): Structures of Materials | MSE 500 (3): Materials Physics and Chemistry and Chemistry | |
| MSE 510 (3): Materials Chemistry | ||
| MSE 520 (3): Advanced Mechanical Behavior |
(1) MSE 550 is mandatory for students without undergraduate degree in MSE.
Elective courses:
Students can select a number of courses (up to 18 credits) within this category/module.
Student may count up to 3 non-MSE courses (up to 9 credits) toward the 18 credits. One of the non-MSE course can be a non-engineering, professionally related course (e.g. Business, entrepreneurship, public policy, patent law, Techcom, Engineering education). The other 2 non-MSE courses must be graduate level Engineering or Science courses. These non-MSE courses MUST be approved by the Master’s committee.
| Fall | Winter | |
| Elective courses
(Max credits: 18) | MSE 890 (1): MSE Colloquium | MSE 890 (1): MSE Colloquium |
| MSE 454 (3): Computational Approaches in MSE | MSE 512 (3): Polymer Physics | |
| MSE 517 (3): Advanced Functional Polymers: Molecular Design and Applications | MSE 514 (3): Composite Materials | |
| MSE 554 (3): Computational Methods in MS&E and ChemE | MSE 556 (3): Molecular Simulation | |
| MSE 470 (3): Physical Metallurgy | MSE 440 (3): Ceramics Materials | |
| MSE 412 (3): Polymeric Materials | MSE 593 (3): Quantum Materials | |
| MSE 410 (3): Design and Applications of Biomaterials | MSE 555 (3): Materials Energy Conversion | |
| MSE 420 (3): Mechanical Behavior of Materials | MSE 577 (3): Failure Analysis of Materials | |
| MSE 562 (3): Electron Microscopy I | MSE 593 (3): Data-Driven Materials Design and Genomics | |
| (2) MSE 690 (Max credits: 8): Research Problems in Materials Science and Engineering | MSE 593 (3): Surface and Interfacial Engineering | |
| MSE 593 (3): Special Topics | (2) MSE 690 (Max credits: 8):Research Problems in Materials Science and Engineering | |
| MSE 559 (3): Foundations Nano II | MSE 593 (3): Special Topics |
(2) Of the 18 credit hours, up to 8 credit hours may be satisfied by MSE 690 (Research Problems in Materials Science and Engineering toward the MSE 690 credits must be conducted with a MSE core or curtesy faculty mentor in their lab). Students taking MSE 690 must submit a research report commensurate with the number of MSE 690 credits taken. This report must be approved by the project supervisor.