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2003-2004 Materials Science and Engineering (MTLE)
Click on the course name for a complete description: MTLE-2020: Introduction to Ceramic Materials MTLE-2100: Structure of Engineering Materials MTLE-2940: Readings in Materials MTLE-2980: Senior Project MTLE-4030: Glass Science MTLE-4050: Introduction to Polymers MTLE-4100: Thermodynamics of Materials MTLE-4150: Kinetics in Materials Systems MTLE-4160: Semiconducting Materials MTLE-4200: Properties of Engineering Materials I MTLE-4250: Properties of Engineering Materials II MTLE-4290: Electronic Packaging MTLE-4310: Corrosion MTLE-4400: Materials Synthesis and Processing I MTLE-4410: Welding Processes and Metallurgy MTLE-4420: Joining of Advanced Materials MTLE-4450: Materials Synthesis and Processing II MTLE-4630: Composites Laboratory MTLE-4910: Design in Materials Engineering MTLE-4920: Applications of Materials MTLE-4960: Topics in Materials Engineering MTLE-6010: Defects in Solids MTLE-6030: Advanced Thermodynamics MTLE-6040: Principles of Crystallography and X-Ray Diffraction MTLE-6060: Kinetics of Materials Reactions I MTLE-6080: Electron Microscopy of Materials MTLE-6100: Advanced Electron Microscopy MTLE-6110: Diffusion in Solids MTLE-6150: Fracture of Solids MTLE-6220: Advanced Semiconducting Materials and Processing MTLE-6300: Integrated Circuit Fabrication Laboratory MTLE-6350: Composite Materials MTLE-6400: Vacuum Techniques MTLE-6420: Surface Phenomena MTLE-6430: Materials Characterization MTLE-6450: Melting and Solidification MTLE-6610: Deformation Processing MTLE-6750: Special Topics in Ceramics MTLE-6830: Deformation of Materials and Rheology MTLE-6840: Polymer Engineering MTLE-6900: Graduate Seminar MTLE-6930: Literature Study MTLE-6940: Materials Engineering Project MTLE-6960: Topics in Materials Engineering MTLE-6980: Master’s Project MTLE-6990: Master’s Thesis MTLE-9990: Dissertation |
