| COURSE NUMBER & CATALOG DESCRIPTION |
TITLE & SAMPLE SYLLABI (if applicable/available) |
| ME C200/ DEV ENG C200 |
Design, Evaluate, and Scale Development Technologies
Syllabus for F17 |
| ME C201/MSE C286 |
Modeling and Simulation of Advanced Manufacturing Processes |
| ME C202 / Mat Sci C287 |
Computational Design of Multifunctional/Multiphysical Composite Materials |
| ME 203 |
Nanoscale Processing of Materials |
| ME 204 |
Advanced Manufacturing Systems Analysis, AMS |
| ME 206 |
Engineering Design and Prototyping: Pedagogy & Assessment |
| ME C210 / Bio E C209 |
Advanced Orthopedic Biomechanics |
| ME 211 |
The Cell as a Machine |
| ME C212 / Bio E C212 |
Heat and Mass Transport in Biomedical Engineering |
| ME C213 / Bio E C213 |
Fluid Mechanics of Biological Systems |
| ME C214 / Bio E C214 |
Advanced Tissue Mechanics |
| ME C215 / Bio E C222 |
Advanced Structural Aspects of Biomaterials |
| ME C216 / Bio E C215 |
Molecular Biomechanics and Mechanobiology |
| ME C217 / Int Bio C217 / Bio E C217 |
Biomimetic Engineering — Engineering from Biology
Syllabus for F17
|
| ME C218 / EE C245 |
Introduction to MEMS Design |
| ME C219 / EE C246 |
Parametric and Optimal Design of MEMS |
| ME 220 |
Precision Manufacturing |
| ME 221 |
Graduate Introduction to Lean Manufacturing Systems |
| ME 222 |
Advanced Manufacturing Processes |
| ME C223 |
Polymer Engineering
|
| ME 224 |
Mechanical Behavior of Engineering Materials
Syllabus for F18
|
| ME C225 / MSE C212 |
Deformation and Fracture of Engineering Materials |
| ME 226 |
Tribology |
| ME 227 |
Mechanical Behavior of Composite Materials |
| ME 228 |
Computer-Aided, Optimal Mechanical Design |
| ME 229 |
Design of Basic Electro-Mechanical Devices |
| ME 230 |
Real-Time Applications of Mini and Micro Computers |
| ME 230A |
Predictive Control |
| ME 230B |
Advanced System Theory: Control-Oriented Robustness Analysis |
| ME C231A / EE C220 |
Experiential Advanced Control Design I
Syllabus for F17 |
| ME C231B / EE C220C |
Experiential Advanced Control Design II |
| ME C232 |
Advanced Control Systems I
Syllabus for F17
|
| ME 233 |
Advanced Control Systems II |
| ME 234 |
Multivariable Control System Design |
| ME 235 |
Design of Microprocessor-Based Mechanical Systems |
| ME 236U |
Control and Dynamics of Unmanned Aerial Vehicles |
| ME C236 / EE C291 / CE C291F |
Control and Optimization of Distributed Parameters Systems |
| ME 237 |
Control of Nonlinear Dynamic Systems |
| ME 238 |
Advanced Micro/Nano Mechanical Systems Laboratory |
| ME 239 |
Advanced Design and Automation |
| ME 240A |
Advanced Marine Structures I
Sample Syllabus for 2014-15 |
| ME 240B |
Advanced Marine Structures II
Sample Syllabus for 2014-15 |
| ME 241A |
Marine Hydrodynamics I |
| ME 241B |
Marine Hydrodynamics II |
| ME 243 |
Advanced Methods in Free-Surface Flows |
| ME 245 |
Oceanic and Atmospheric Waves |
| ME 246 |
Advanced Energy Conversion Principles |
| ME 250A |
Advanced Conductive and Radiative Transport
Syllabus for F18
|
| ME 250B |
Advanced Convective Transport and Computational Methods |
| ME 251 |
Heat Conduction |
| ME 252 |
Heat Convection |
| ME 253 |
Thermal Radiation |
| ME 254 |
Advanced Thermophysics for Applications |
| ME 255 |
Advanced Combustion Processes
Syllabus for F18
|
| ME 256 |
Combustion
Syllabus for F17
|
| ME 257 |
Advanced Combustion |
| ME 258 |
Heat Transfer with Phase Change |
| ME 259 |
Microscale Thermophysics and Heat Transfer |
| ME 260A |
Advanced Fluid Mechanics I
Syllabus for F17
Syllabus for F18
|
| ME 260B |
Advanced Fluid Mechanics II |
| ME 260D |
Advanced Fluid Mechanics IV |
| ME 262 |
Hydrodynamic Stability and Instability |
| ME 263 |
Turbulence |
| ME 266 |
Dynamics and Stability of Engineering and Geophysical Flows with Rotation, Convection, or Waves |
| ME C268 / Chem E C268 |
Physicochemical Hydrodynamics |
| ME 270 |
Advanced Augmentation of Human Dexterity |
| ME 271 |
Intermediate Dynamics |
| ME 273 |
Oscillations in Linear Systems
Syllabus for F17
Syllabus for F18
|
| ME 274 |
Random Oscillations of Mechanical Systems |
| ME 275 |
Advanced Dynamics |
| ME 277 |
Nonlinear and Random Vibrations |
| ME C278 / BioE 237 |
Adv Designing for the Human Body
Syllabus for F18
|
| ME C279 / Civ Eng C235 |
Statistical Mechanics of Elasticity |
| ME 280A |
Introduction to the Finite Element Method
Syllabus for F18
|
| ME 280B |
Finite Element Methods in Nonlinear Continua |
| ME 281 |
Methods of Tensor Calculus and Differential Geometry |
| ME 282 |
Theory of Elasticity |
| ME 283 |
Wave Propagation in Elastic Media |
| ME 284 |
Theory of Elasticity |
| ME 285A |
Foundations of the Theory of Continuous Media |
| ME 285B |
Surfaces of Discontinuity and Inhomogeneities in Deformable Continua |
| ME 285C |
Electrodynamics of Continuous Media
ME 285C Spring 2013 Syllabus |
| ME 285D |
Engineering Rheology |
| ME 286 |
Theory of Plasticity
Syllabus for F18
|
| ME 287 |
Graduate Introduction to Continuum Mechanics
Syllabus for F18
|
| ME 288 |
Theory of Elastic Stability |
| ME 289 |
Theory of Shells |
| ME 290A |
Nonlinear Dynamics of Continuous Systems |
| ME 290C |
Topics in Fluid Mechanics |
| ME 290D |
Solid Modeling and CAD/CAM Fundamentals |
| ME 290G |
Laser Processing and Diagnostics |
| ME 290H |
Green Product Development: Design for Sustainability
Sample Syllabus |
| ME 290I |
Sustainable Manufacturing
ME 290I Spring 2013 Syllabus |
| ME 290J |
Predictive Control for Linear and Hybrid Systems |
| ME 290 KA |
Innovation through Design Thinking
Syllabus for F17
|
| ME 290 KB |
Life Cycle Thinking in Engineering Design |
| ME 290L |
Introduction to Nano-Biology |
| ME 290M |
Expert Systems in Mechanical Engineering |
| ME 290N |
System Identification |
| ME 290P |
New Product Development: Design Theory and Methods |
| ME 290Q |
Dynamic Control of Robotic Manipulators |
| ME 290R |
Topics in Manufacturing
ME 290R Fall 2012 Syllabus (Romero-Hernandez)
ME 290R Spring 2013 Syllabus (McMains) |
| ME C290S / EE C291E |
Hybrid Systems and Intelligent Control |
| ME 290T |
Plasmonic Materials
Syllabus for F17
|
| ME 290U |
Interactive Device Design
Syllabus for F17
|
| ME C290V |
Topics in Energy, Climate, and Sustainability |
| ME C290X / Bio E C290D |
Advanced Technical Communication: Proposals, Patents, and Presentations |
| ME 290Z |
Topics in Control, Modeling and Optimization |
| ME 292A |
Advanced Special Topics in Bioengineering
Syllabus for F17 (Herr/Weinstein)
|
| ME 292B |
Advanced Special Topics in Controls
Syllabus for F17 (Ruiz)Syllabus for F18 (Sreenath) |
| ME 292C |
Advanced Special Topics in Design
Syllabus for F17 (Agogino)
Syllabus for F18 (Stuart)
|
| ME 292D |
Advanced Special Topics in Dynamics |
| ME 292E |
Advanced Special Topics in Energy Science and Technology
Syllabus for F17 (Mao)
|
| ME 292F |
Advanced Special Topics in Fluids |
| ME 292G |
Advanced Special Topics in Manufacturing |
| ME 292H |
Advanced Special Topics in Materials |
| ME 292I |
Advanced Special Topics in Mechanics |
| ME 292J |
Advanced Special Topics in MEMS/Nano |
| ME 292K |
Advanced Special Topics in Ocean Engineering |
| ME 296MA |
Master of Engineering Capstone Project |
| ME 296MB |
Master of Engineering Capstone Project |
| ME 298 |
Group Studies, Seminars, or Group Research |
| ME C298A / ESPM ME C291 / Phys C290I, Math C290C, Chem E C295M, CE C290K, Bio E C290C |
Topics in Fluid Mechanics |
| ME 299 |
Individual Study or Research |
| ME 375 |
Teaching of Mechanical Engineering at the University Level |
