MATERIALS SCIENCE AND ENGINEERING (0750)
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1 MATERIALS SCIENCE AND ENGINEERING (0750) Teaching Schedule Course No. Title Fall Winter Spring GT 106 Freshman Design and Communications 298/398 IDEA 101 Modern MS&E Freshman 190 Projects Principles of the 201 Properties of Chemical Aspects of 301 Thermodynamics of Phase Equilibria and Diffusion in TTH 2:00 Dravid Emery/Wolverton Chung MTWF 3:00 Lauhon Snyder/Emery MTWF 2:00 Wolverton Emery/Rondinelli Microstructural Dynamics Microstructural Dynamics 318 Selection 331 Soft materials 332 Mechanical Behavior of Solids 333 Composites MWThF 1:00 MWF 10:00 Shull/Emery Carr Huang Shull Chemical Synthesis of Conducting Polymers 340 Ceramic Processing 341 Intro to Modern Ceramics Intro Physics of Intro Physics of 355 Electronic 360 Electron Microscopy 361 Crystallography & Diffraction Huang MWF 2:00 Snyder Bedzyk/Emery Stupp MWF 10:00 Wessels Dravid 362 Point, Line & Planar Imperfections 370 Bio
2 Biominerals: Hierarchichal 371 Architecture and Function Strategies in Tissue 372 and Regenerative Medicine 376 Nanomaterials Intro to Surface 380 Science & Spectroscopy 381 Energy 382 Fuel Cells 390 Design Dunand MWF 9:00 Guisinger 391 Process Design Chung 394 Honors Project TBA TBA TBA Magnetic Properties of Mechanical Modeling Shah Olson/Rondinelli Special Topics: Strategies in Tissue & Regenerative Medicine Special Topics: Electronic and Thermal Properties of 396 Senior Project MS&E Introduction to Plasma Sci. and Processing Tech. Special Projects MS&E Chemical and Statistical Thermodynamics of Imperfections in 405 Physics of Solids 406 Symmetry and Mechanical Properties of Snyder TBA TBA TBA MWF 9:00 Luijten MWF 1:00 Seidman Hersam MWF 2:00 Dunand/Emery
3 Kinetics Phase Transformations in Phase Transformations in Crystalline Fundamentals of Thin Film 434 Fracture of Brittle Solids 435 High Temperature 445 High Polymer Science 451 Physics of 452 Special Topics in Solid State Physics of : Optoelectronic Hersam Wessels Olvera MTWF 10:00 Voorhees Dunand Voorhees MWF 8:30-9:50 Seidman 455 Physcis of Nanostructures Functional Metamaterials Computational Science 460 Electron Microscopy 461 Diffraction Methods in Science Advanced Electron 465 Microscopy and Diffraction 466 Analytical Electron Microscopy Biomineralization Solar Energy Conversion Mechanics of the Cell Mechanics of Soft Matter Solid State Electrochemistry for Energy Storage and Conversion 498 Statistical Mechanics Wolverton (MatSci only) Haile Bedzyk Chang 499 Projects TBA TBA TBA
4 510 Special Topics Computational 590 Research TBA TBA TBA CIV_ENV 430 Cohesive Fracture and Scaling MWF 4:00-5:50 Bazant CIV_ENV 415 Theory of Elasticity Brinson ES_APPM Methods in Applied 20 Math Olmstead ES_APPM Methods in Applied 21 Math Olmstead ES_APPM Modeling of Soft ES_APPM Intro to Statistical Mechanics Chem 360 Nanopatterning TTH 1:00 Odom Chem 407 and Tu-Th 11:00-12:20 Chem_Eng 361 Chem_Eng 451 Chem_Eng 462 Chem_Eng 475 Chem_Eng 478 Some Non-MSE Courses of Interest (not an exhaustive list) Nanochemistry Introduction to Polymers Applied Molecular Modeling Viscoelasticity and Flow in Polymer Systems Cell-Material Interactions Advances in Biotechnology Schaller MTWF 10:00 Torkelson MW 4:00-5:30 Shea W 12-2, F 1-2 Shea BME 343 Biomaterials and Medical Devices ` ME 445 Micromanufacturing TuTh 9:30-11 Cao ME 456 ME ME Mechanics of Advanced Nanoengineered for Mecanobiology Nuvention: Medical Innovation TBA 6:00-9:00 PM Marasco Note: Interested students can contact Kevin Henderson (current MSE grad student) for advice ME 381 Intro to Micro-electromechanical systems Espinosa ME 382 Experiments in Microand nano-science and TuTh 12:30-1:50 Espinosa requirement for Ph.D. Program satisfies 400-level (graduate) MSE requirement
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Courses Content 4-4 General Units and Dimensions Vector Analysis. Mechanics: Uniformly Accelerated Motion Free Fall Newton s Laws and its Applications Work and Energy. Electricity: Coulomb s Law The Electric