There is one set of Restricted Electives [RE]; each student in the Standard or Coop program must take at least 45 units from this list; in the double major programs at least 36 units are required. The total of 45 units can be reached in any combination of the courses below (e.g., 8X6, 5X6 + 2X9, ...). The restricted elective list includes MSE courses and other associated materials related courses given by other departments. Courses which are also Graduate Level courses will remain 9 units for undergraduates and 12 units for graduate students, except for the back to back mini-courses 27-421 and 27-533 that will remain 6 units.
Undergraduates can also take any 700 level MSE graduate course as an MSE restricted elective.
| 27-311 |
|
Polymeric Biomaterials |
| 27-312 |
|
Metallic and Ceramic Biomaterials |
| 27-322 |
|
Processing of Metals (9) |
| 27-323 |
|
Processing of Ceramic Materials (9) |
| 27-324 |
|
Introduction to Polymer Science and Engineering |
| 27-325 |
|
Polymer Physics and Morphology |
| 27-403 |
|
MSE Capstone Course III (6) |
| 27-404 |
|
MSE Capstone Course IV (6) |
| 27-421 |
|
Design in Process Metallurgy (6) |
| 27-432 |
|
Electronic and Thermal Properties of Metals, Semiconductors & Related Devices |
| 27-433 |
|
Dielectric, Magnetic, Superconducting Properties of Materials & Related Devices |
| 27-442 |
|
Deformation Processing (9) |
| 27-445 |
|
Structure, Properties and Performance Relationships in Magnetic Materials |
| 27-454 |
|
Supervised Reading |
| 27-510 |
|
Bio-Materials I (9) |
| 27-511 |
|
Bio-Materials II (9) |
| 27-512 |
|
Diffraction Methods in Materials Science (9) |
| 27-530 |
|
Physical Metallurgy with Applications (9) |
| 27-533 |
|
Principles of Growth and Processing of Semiconductors (6) |
| 27-542 |
|
Processing and Properties of Thin Films (9) |
| 27-551 |
|
Properties of Ceramics and Glasses (9) |
| 27-555 |
|
Materials Project I (9) |
| 27-556 |
|
Materials Project II (9) |
| 27-557 |
|
Selection and Performance of Materials (9) |
| 27-560 |
|
Physical Chemistry of Metallurgical Reactions (9) |
| 27-565 |
|
Nanostructured Materials |
| 27-566 |
|
Special Topics |
| 27-582 |
|
Phase Transformations in Solids (9) |
| 27-591 |
|
Mechanical Behavior of Materials (9) |
| 27-592 |
|
Solidification Processing (9) |
| 27-594 |
|
Electrochemical Proceses in Materials (9) |
| 06-466 |
|
Experimental Polymer Science |
| 06-609 |
|
Physical Chemistry of Macromolecules |
| 06-619 |
|
Semiconductor Processing Technology |
| 12-605 |
|
Design and Construction |
| 12-611 |
|
Project Management for Construction |
| 12-631 |
|
Structural Design |
| 18-311 |
|
Semiconductor Devices I |
| 18-312 |
|
Semiconductor Devices II |
| 24-262 |
|
Mechanics of Materials |
| 24-341 |
|
Manufacturing Sciences |
| 24-361 |
|
Stress Analysis |
| 24-401 |
|
Engineering Analysis |
| 33-448 |
|
Introduction to Solid State Physics |
| 33-341 |
|
Thermal Physics I |
| 42-644 |
|
Medical Devices |
