| AERO603 or MEMA602 | Continuum Mechanics |
| AERO618 or MEMA626 | Mechanics of Active Materials |
| BIOL602 | Fundamental Transmission Electron Microscopy |
| BIOL604 | Fundamental Scanning Electron Microscopy/Environmental SEM |
| BMEN601 | Foundations of Biomedical Engineering Analysis |
| BMEN620 | Bio-optical Imaging |
| BMEN635 | Biomaterials Compatibility |
| BMEN660 | Vascular Mechanics |
| BMEN661 | Cardiac Mechanics |
| BMEN682 | Polymeric Biomaterials |
| CHEM601 | Analytical Chemistry I |
| CHEM602 | Analytical Chemistry II |
| CHEM619 | Analytical Spectroscopy |
| CHEM621 | Chemical Kinetics |
| CHEM623 | Surface Chemistry |
| CHEM626 | Thermodynamics |
| CHEM631 | Statistical Thermodynamics |
| CHEM634 | Physical Methods in Inorganic Chemistry |
| CHEM635 | Introduction to X-Ray Diffraction Methods |
| CHEM647 | Spectra of Organic Compounds |
| CHEM671 | Macromolecular Folding and Design |
| CHEN623 | Applications of Thermodynamics to Chemical Engineering |
| CHEN633 | Theory of Mixtures |
| CHEN640 | Rheology |
| CHEN641 | Polymer Engineering |
| CHEN643 | Applied Statistical Mechanics of Fluids |
| CHEN651 | Biochemical Engineering |
| CHEN675 | Microelectronics process engineering |
| CVEN614 | Stabilization of soil-aggregate systems |
| CVEN622 | Properties of Concrete |
| CVEN653 | Bituminous Materials |
| ECEN631 | Fiber Optic Devices |
| ECEN640 | Thin Film Science and Technology |
| ECEN656 | Physical Electronics |
| ECEN657 | Quantum Electronics |
| ECEN664 | Nanotechnology Fabrication |
ECEN671 | Solid State Devices |
| ECEN672 | Semiconductor Lasers and Photo Detectors |
| ECEN673 | Fundamentals of Microelectronics |
| ECEN675 | Integrated Optoelectronics |
| ECEN678 | Statistical Optics |
| GEOL643 | Introduction to Electron Microprobe Analysis |
| MEEN467 | Mechanical Behavior of Materials |
| MEEN475 | Materials in Design |
| MEEN603 or MEMA601 | Theory of Elasticity |
| MEEN606 | Polymer Laboratories |
| MEEN608 or MEMA602 | Continuum Mechanics |
| MEEN610 or MEMA610 | Applied Polymer Science |
| MEEN615 | Advanced Engineering Thermodynamics |
| MEEN631 | Microscale Thermodynamics |
| MEEN635 or MEMA607 | Flow and Fracture of Polymeric Solids |
| MEEN657 or MEMA651 | Viscoelasticity of Solids and Structures |
| MEEN661 or MEMA613 | Principles of Composite Materials |
| MEEN666 or MEMA641 | Plasticity Theory |
| MEMA604 | Mathematical Foundations of Continuum Mechanics |
| MEMA611 | Fundamentals of Engineering Fracture Mechanics |
| MEMA614 | Physical Phenomena in Materials |
| MEMA616 | Damage and Failure in Composite Materials |
| MEMA625 | Micromechanics |
| MEMA626 | Mechanics of Active Materials |
| MEMA635 | Structural Analysis of Composites |
| MEMA646 | Introduction to Finite Elements |
| MSEN602 | Advanced Materials Science and Engineering (elective for MS only; required for Ph.D.) |
| MSEN606/AERO606 | Multifunctional Materials |
| MSEN607/MEEN607 | Polymer Physical Properties |
| MSEN/AERO/MEMA608 | Nanomechanics |
| MSEN/MEEN616 | Surface Science |
| MSEN 625/MEEN625 | Mechanical Behavior of Materials |
| MSEN640/MEEN640 | Thermodynamics in Materials Science |
| MSEN656/MEEN656 | Mechanical and Physical Properties of Thin Films |
| MSEN658/MEEN658 | Fundamentals of Ceramics |
| MSEN670/CHEN670 | Computational Materials Science and Engineering |
| NUEN689 | Nuclear Materials Under Extreme Conditions |
| PHYS304 | Advanced Electricity and Magnetism I |
| PHYS305 | Advanced Electricity and Magnetism II |
| PHYS408 | Thermodynamics and Statistical Mechanics |
| PHYS412 | Quantum Mechanics I |
| PHYS414 | Quantum Mechanics II |
| PHYS603 | Electromagnetic Theory I |
| PHYS606 | Quantum Mechanics I |
| PHYS607 | Statistical Mechanics |
| PHYS611 | Electromagnetic Theory II |
| PHYS617 | Physics of Solid State |
| PHYS624 | Quantum Mechanics II |
| PHYS631 | Quantum Theory of Solids |
| PHYS632 | Condensed Matter Theory |
| PHYS633 | Advanced Quantum Mechanics |
| PHYS648 | Quantum Optics and Laser Physics |
| PHYS666 | Scientific Instrument Making |
