M E452 classes
Mechanical Engineering classes at UT Austin
UT lists 452 M E classes. 135 have grades since 2011, with a 3.43 average GPA and 42% A’s.
452 classes
Lower-division classes 24
- M E 302Introduction to Engineering Design and Graphics3 credit hours · grades through Spring 20263.8376% A’s
- M E 103Studies in Engineering Design Graphics1 credit hourCatalog only
- M E 205Introduction to Computers and Programming2 credit hours · grades through Spring 20133.7393% A’s
- M E 109MTopics in Mechanical Engineering1–3 credit hoursCatalog only
- M E 209MTopics in Mechanical Engineering1–3 credit hoursCatalog only
- M E 309MTopics in Mechanical Engineering1–3 credit hoursCatalog only
- M E 210Engineering Design Graphics2 credit hours · grades through Spring 20263.7363% A’s
- M E 210HEngineering Design Graphics: Honors2 credit hoursCatalog only
- M E 310TApplied Thermodynamics3 credit hours · grades through Spring 20263.3842% A’s
- M E 111LMaterials Engineering Laboratory1 credit hour · grades through Fall 20143.2937% A’s
- M E 311Materials Engineering3 credit hours · grades through Fall 20143.0121% A’s
- M E 314DDynamics3 credit hours · grades through Spring 20263.1126% A’s
- M E 316TThermodynamics3 credit hours · grades through Spring 20262.9429% A’s
- M E 218Engineering Computational Methods2 credit hours · grades through Spring 20143.4840% A’s
- M E 318MProgramming and Engineering Computational Methods3 credit hours · grades through Spring 20263.6057% A’s
- M E 119STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 219STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 319STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 419STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 519STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 619STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 719STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 819STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 919STopics in Mechanical Engineering1–9 credit hoursCatalog only
Upper-division classes 136
- M E 120CHumanitarian Engineering Seminar1 credit hour · grades through Fall 20253.8383% A’s
- M E 320Applied Thermodynamics3 credit hours · grades through Spring 20163.2536% A’s
- M E 324Dynamics3 credit hours · grades through Spring 20162.8617% A’s
- M E 025LXCooperative Engineering0 credit hoursCatalog only
- M E 025LYCooperative Engineering0 credit hoursCatalog only
- M E 025LZCooperative Engineering0 credit hoursCatalog only
- M E 326Thermodynamics3 credit hours · grades through Summer 20163.1331% A’s
- M E 326HThermodynamics: Honors3 credit hoursCatalog only
- M E 129STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 229STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 329STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 429STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 529STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 629STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 729STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 829STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 929STopics in Mechanical Engineering1–9 credit hoursCatalog only
- M E 130LExperimental Fluid Mechanics1 credit hour · grades through Spring 20263.5839% A’s
- M E 330Fluid Mechanics3 credit hours · grades through Spring 20263.0219% A’s
- M E 333HEngineering Communication: Honors3 credit hoursCatalog only
- M E 333TEngineering Communication3 credit hours · grades through Spring 20243.7658% A’s
- M E 134LMaterials Engineering Laboratory1 credit hour · grades through Spring 20263.4837% A’s
- M E 334Materials Engineering3 credit hours · grades through Spring 20263.3336% A’s
- M E 335Engineering Statistics3 credit hours · grades through Summer 20263.3941% A’s
- M E 136LMaterials Processing Laboratory1 credit hour · grades through Spring 20143.1834% A’s
- M E 136NConcepts in Nuclear and Radiation Engineering1–2 credit hours · grades through Fall 20123.7988% A’s
- M E 236NConcepts in Nuclear and Radiation Engineering1–2 credit hoursCatalog only
- M E 336Materials Processing3 credit hours · grades through Fall 20253.2831% A’s
- M E 336PConcepts in Nuclear and Radiation Engineering3 credit hours · grades through Fall 20253.6757% A’s
- M E 337CIntroduction to Nuclear Power Systems3 credit hours · grades through Fall 20253.2023% A’s
- M E 337FNuclear Environmental Protection3 credit hours · grades through Fall 20253.6366% A’s
- M E 337GNuclear Safety and Security3 credit hours · grades through Spring 20263.5546% A’s
- M E 338Machine Elements3 credit hours · grades through Summer 20263.4639% A’s
- M E 139LExperimental Heat Transfer1 credit hour · grades through Spring 20253.4026% A’s
- M E 339Heat Transfer3 credit hours · grades through Spring 20263.1525% A’s
- M E 140LMechatronics Laboratory1 credit hour · grades through Spring 20263.2327% A’s
- M E 340Mechatronics3 credit hours · grades through Spring 20263.3036% A’s
- M E 343Thermal-Fluid Systems3 credit hours · grades through Fall 20253.2125% A’s
- M E 144LDynamic Systems and Controls Laboratory1–2 credit hours · grades through Spring 20263.5746% A’s
- M E 244LDynamic Systems and Controls Laboratory1–2 credit hoursCatalog only
- M E 344Dynamic Systems and Controls3 credit hours · grades through Spring 20263.3339% A’s
- M E 347Topics in Processing of Materials3 credit hoursCatalog only
- M E 347.1Powder Processing3 credit hoursCatalog only
- M E 347.2Deformation Processing3 credit hoursCatalog only
- M E 348CINTRODUCTION TO MECHATRONICS Igrades through Fall 2015 · not in UT’s catalog3.9275% A’s
- M E 348DINTRO TO MECHATRONICS IIgrades through Spring 2017 · not in UT’s catalog3.9282% A’s
- M E 348EAdvanced Mechatronics I3 credit hoursCatalog only
- M E 348FAdvanced Mechatronics II3 credit hoursCatalog only
- M E 349Corrosion Engineering3 credit hours · grades through Spring 20263.3336% A’s
- M E 350Machine Tool Operations for Engineers3 credit hours · grades through Spring 20263.7761% A’s
- M E 350DDesign and Control of Robots for Rehabilitation3 credit hoursCatalog only
- M E 350RRobot Mechanism Design3 credit hours · grades through Spring 20263.4643% A’s
- M E 352KEngineering Computer Graphics3 credit hoursCatalog only
- M E 353Engineering Finance3 credit hours · grades through Summer 20263.3134% A’s
- M E 354Introduction to Biomechanical Engineering3 credit hours · grades through Spring 20193.7573% A’s
- M E 354MBiomechanics of Human Movement3 credit hours · grades through Fall 20253.7859% A’s
- M E 355KEngineering Vibrations3 credit hours · grades through Spring 20263.6963% A’s
- M E 259Materials Selection2–3 credit hoursCatalog only
- M E 359Materials Selection2–3 credit hours · grades through Spring 20263.3340% A’s
- M E 260KMetallurgy of Engineering Alloys2–3 credit hoursCatalog only
- M E 360Vehicle System Dynamics and Controls3 credit hours · grades through Spring 20223.6357% A’s
- M E 360CCyber Vehicle Systems3 credit hoursCatalog only
- M E 360DPropulsion Systems and Controls3 credit hoursCatalog only
- M E 360EAdvanced Vehicle Powertrain Systems and Control3 credit hoursCatalog only
- M E 360KMetallurgy of Engineering Alloys2–3 credit hoursCatalog only
- M E 360LTurbomachinery and Compressible Flow3 credit hours · grades through Spring 20153.1617% A’s
- M E 360NIntermediate Heat Transfer3 credit hours · grades through Spring 20143.220% A’s
- M E 360SAdvanced Packaging and Thermal Management3 credit hoursCatalog only
- M E 261MMaterials Thermodynamics2–3 credit hoursCatalog only
- M E 361ENuclear Reactor Operations and Engineering3 credit hours · grades through Spring 20263.4743% A’s
- M E 361FRadiation and Radiation Protection Laboratory3 credit hours · grades through Summer 20153.4946% A’s
- M E 361MMaterials Thermodynamics2–3 credit hoursCatalog only
- M E 362KReadings in Engineering3 credit hoursCatalog only
- M E 362SDevelopment of a Solar-Powered Vehicle3 credit hoursCatalog only
- M E 363LEnergy Systems Laboratory3 credit hoursCatalog only
- M E 363MEnergy Technology and Policy3 credit hours · grades through Spring 20263.6248% A’s
- M E 364DIntermediate Dynamics3 credit hoursCatalog only
- M E 364LAutomatic Control System Design3 credit hours · grades through Fall 20253.4038% A’s
- M E 365DData Science for Engineers3 credit hours · grades through Spring 20263.7249% A’s
- M E 365EEngineering Entrepreneurship3 credit hoursCatalog only
- M E 365KFinite Element Method3 credit hoursCatalog only
- M E 365LIndustrial Design for Production3 credit hoursCatalog only
- M E 266KMECHANICAL ENGR DESIGN PROJECTgrades through Summer 2026 · not in UT’s catalog3.5146% A’s
- M E 266PDESIGN PROJECT LABORATORYgrades through Summer 2026 · not in UT’s catalog3.5146% A’s
- M E 366JMechanical Engineering Design Methodology3 credit hours · grades through Spring 20263.6857% A’s
- M E 366LOperations Research Models3 credit hours · grades through Spring 20263.5046% A’s
- M E 366QDeterministic Methods for Operations Research3 credit hoursCatalog only
- M E 366RStochastic Methods for Operations Research3 credit hoursCatalog only
- M E 366TBiomems and Bionems3 credit hoursCatalog only
- M E 466EMechanical Engineering Capstone Design4 credit hoursCatalog only
- M E 367SSimulation Modeling3 credit hours · grades through Spring 20263.5039% A’s
- M E 368CAdditive Manufacturing3 credit hours · grades through Fall 20253.7248% A’s
- M E 368JComputer-Aided Design3 credit hoursCatalog only
- M E 369LIntroduction to Computational Fluid Dynamics3 credit hours · grades through Spring 20143.4217% A’s
- M E 369MComputational Methods in Thermal/Fluid Systems3 credit hoursCatalog only
- M E 369PApplication Programming for Engineers3 credit hours · grades through Fall 20253.5246% A’s
- M E 371DMedical Device Design and Manufacturing3 credit hours · grades through Fall 20253.7049% A’s
- M E 371KLegal Aspects of Engineering Practice3 credit hoursCatalog only
- M E 372CTheory and Design for Mechanical Sensing and Measurements3 credit hours · grades through Fall 20253.9791% A’s
- M E 372JRobotics and Automation3 credit hours · grades through Fall 20223.3633% A’s
- M E 372MMechanism Design3 credit hoursCatalog only
- M E 372NDesign of Smart Mechanisms3 credit hoursCatalog only
- M E 374CCombustion Engine Processes3 credit hours · grades through Spring 20263.3329% A’s
- M E 374DAutomotive Engineering Laboratory3 credit hours · grades through Spring 20163.7950% A’s
- M E 374ERace Car Engineering and Project Management3 credit hours · grades through Fall 20203.7267% A’s
- M E 374FFire Science3 credit hours · grades through Spring 20233.2815% A’s
- M E 374LDesign of Thermal Systems3 credit hoursCatalog only
- M E 374RDesign of Air Conditioning Systems3 credit hoursCatalog only
- M E 374SSolar Energy Systems Design3 credit hoursCatalog only
- M E 374TRenewable Energy Technology3 credit hours · grades through Spring 20263.4138% A’s
- M E 375KPRODUCTION ENGR MANAGEMENTgrades through Spring 2019 · not in UT’s catalog3.2732% A’s
- M E 376NHigh Throughput Nanopatterning3 credit hoursCatalog only
- M E 177KProjects in Mechanical Engineering1–4 credit hours · grades through Spring 20263.9795% A’s
- M E 277KProjects in Mechanical Engineering1–4 credit hoursCatalog only
- M E 377KProjects in Mechanical Engineering1–4 credit hoursCatalog only
- M E 477KProjects in Mechanical Engineering1–4 credit hoursCatalog only
- M E 378CElectroceramics3 credit hoursCatalog only
- M E 378DFailure Analysis3 credit hours · grades through Spring 20263.5240% A’s
- M E 378ENanotechnology for Sustainable Energy3 credit hours · grades through Spring 20263.7149% A’s
- M E 378FEnhancing Sustainability Through Tribology3 credit hours · grades through Fall 20253.4536% A’s
- M E 378KMechanical Behavior of Materials3 credit hours · grades through Fall 20253.5151% A’s
- M E 378PProperties and Applications of Polymers3 credit hours · grades through Fall 20133.7067% A’s
- M E 378QPolymer Nanocomposites3 credit hoursCatalog only
- M E 378SStructural Ceramics3 credit hoursCatalog only
- M E 179MTopics in Mechanical Engineering1–3 credit hours · grades through Spring 20223.8989% A’s
- M E 179M.1Design of Machines and Systems1–3 credit hoursCatalog only
- M E 179M.7Technology Needs of Refugee Communities1–3 credit hoursCatalog only
- M E 279MTopics in Mechanical Engineering1–3 credit hours · grades through Fall 20143.8868% A’s
- M E 279M.1Design of Machines and Systems1–3 credit hoursCatalog only
- M E 279M.7Technology Needs of Refugee Communities1–3 credit hoursCatalog only
- M E 379MTopics in Mechanical Engineering1–3 credit hours · grades through Spring 20263.6455% A’s
- M E 379M.1Design of Machines and Systems1–3 credit hoursCatalog only
- M E 379M.7Technology Needs of Refugee Communities1–3 credit hoursCatalog only
- M E 379NEngineering Acoustics3 credit hours · grades through Fall 20243.5154% A’s
- M E 379QMusical Acoustics3 credit hours · grades through Spring 20253.3645% A’s
- M E 679HUndergraduate Honors Thesis6 credit hoursCatalog only
Graduate and professional classes 292
- M E 180ESpecial Topics in Mechanical Engineering1–3 credit hoursCatalog only
- M E 180MResearch1, 2, 3, 6, or 9 credit hoursCatalog only
- M E 280ESpecial Topics in Mechanical Engineering1–3 credit hoursCatalog only
- M E 280MResearch1, 2, 3, 6, or 9 credit hoursCatalog only
- M E 380ESpecial Topics in Mechanical Engineering1–3 credit hoursCatalog only
- M E 380MResearch1, 2, 3, 6, or 9 credit hoursCatalog only
- M E 380QTopics in Mathematical Methods in Engineering3 credit hours · grades through Spring 20243.5938% A’s
- M E 380Q.1Engineering Analysis: Analytical Methods3 credit hoursCatalog only
- M E 380Q.2Engineering Analysis: Advanced Analytical Methods3 credit hoursCatalog only
- M E 380Q.3Perturbation Methods3 credit hoursCatalog only
- M E 380Q.4Numerical Methods for Differential Equations3 credit hoursCatalog only
- M E 380RRobot Mechanism Design3 credit hours · grades through Spring 20263.7656% A’s
- M E 680MResearch1, 2, 3, 6, or 9 credit hoursCatalog only
- M E 980MResearch1, 2, 3, 6, or 9 credit hoursCatalog only
- M E 381MStatistical Methods for Process Control Manufacturing3 credit hours · grades through Spring 20263.6855% A’s
- M E 381PTopics in Dynamics of Fluids3 credit hours · grades through Spring 20263.5639% A’s
- M E 381P.1Fundamentals of Incompressible Flow3 credit hoursCatalog only
- M E 381P.2Compressible Flow and Turbomachinery3 credit hoursCatalog only
- M E 381P.3Dynamics of Turbulent Flow3 credit hoursCatalog only
- M E 381P.4Multiscale Flow and Transport Phenomena3 credit hoursCatalog only
- M E 381P.5Applications of Incompressible Flow3 credit hoursCatalog only
- M E 381QTopics in Thermodynamics3 credit hours · grades through Spring 20263.6241% A’s
- M E 381Q.1Advanced Thermodynamics3 credit hoursCatalog only
- M E 381Q.4Molecular Gas Dynamics3 credit hoursCatalog only
- M E 381RTopics in Heat Transfer and Rate Processes3 credit hours · grades through Spring 20263.5937% A’s
- M E 381R.1Advanced Conductive Heat Transfer3 credit hoursCatalog only
- M E 381R.2Advanced Convective Heat and Mass Transfer3 credit hoursCatalog only
- M E 381R.3Radiation Heat Transfer3 credit hoursCatalog only
- M E 381R.4Fundamentals of Heat and Mass Transfer3 credit hoursCatalog only
- M E 381R.5Radiation in Participating Media3 credit hoursCatalog only
- M E 381R.6Multiphase Flow and Heat Transfer3 credit hoursCatalog only
- M E 381R.7Nanoscale Energy Transport and Conversion3 credit hoursCatalog only
- M E 381R.8Microelectronics Packaging and Thermal Management3 credit hoursCatalog only
- M E 382NTopics in Computational Fluid Dynamics3 credit hours · grades through Spring 20263.6850% A’s
- M E 382N.1Introduction to Computational Fluid Dynamics3 credit hoursCatalog only
- M E 382N.2Computational Methods for Thermal Fluid Systems3 credit hoursCatalog only
- M E 382PTopics in Experimental Thermal/Fluid Systems3 credit hours · grades through Fall 20253.6444% A’s
- M E 382P.1Advanced Experimental Methods for Thermal/Fluid Systems3 credit hoursCatalog only
- M E 382P.2Optics and Lasers3 credit hoursCatalog only
- M E 382QTopics in Design of Thermal and Fluid Systems3 credit hours · grades through Spring 20253.7769% A’s
- M E 382Q.2Solar Energy System Design3 credit hoursCatalog only
- M E 382Q.3Advanced Thermo-Fluid Systems3 credit hoursCatalog only
- M E 382Q.4Energy Technology and Policy3 credit hoursCatalog only
- M E 382RTopics in Combustion3 credit hours · grades through Spring 20263.7245% A’s
- M E 382R.1Fundamentals of Combustion3 credit hoursCatalog only
- M E 382R.2Chemical Kinetics3 credit hoursCatalog only
- M E 382R.5Advanced Combustion3 credit hoursCatalog only
- M E 382R.6Combustion Engine Processes3 credit hoursCatalog only
- M E 382TFire Science3 credit hours · grades through Spring 20253.6324% A’s
- M E 383DTheory and Design for Mechanical Sensing and Measurements3 credit hoursCatalog only
- M E 383MHeat Transfer in Industrial Systems3 credit hours · grades through Spring 20263.4319% A’s
- M E 383QTopics in Analysis of Mechanical Systems3 credit hours · grades through Fall 20253.6954% A’s
- M E 383Q.1Vibrations3 credit hoursCatalog only
- M E 383Q.2Dynamics of Mechanical Systems3 credit hoursCatalog only
- M E 383Q.4Modeling of Physical Systems3 credit hoursCatalog only
- M E 383Q.5Wave Propagation3 credit hoursCatalog only
- M E 383Q.6Fourier and Spectral Analysis in Dynamic Systems3 credit hoursCatalog only
- M E 383Q.8Digital Signal Processing3 credit hoursCatalog only
- M E 383Q.9Applied Intelligence for Engineers3 credit hoursCatalog only
- M E 383Q.10Modeling and Simulations of Multienergy Systems3 credit hoursCatalog only
- M E 383STopics in Lubrication, Wear, and Bearing Technology3 credit hoursCatalog only
- M E 383S.1Friction and Wear of Materials3 credit hoursCatalog only
- M E 384DIntermediate Dynamics3 credit hoursCatalog only
- M E 384ETopics in Electromechanics3 credit hoursCatalog only
- M E 384MFluid Mechanics in Industrial Processes3 credit hours · grades through Summer 20263.7451% A’s
- M E 384NTopics in Acoustics3 credit hours · grades through Spring 20263.6749% A’s
- M E 384N.1Acoustics I3 credit hoursCatalog only
- M E 384N.2Acoustics II3 credit hoursCatalog only
- M E 384N.3Electromechanical Transducers3 credit hoursCatalog only
- M E 384N.4Nonlinear Acoustics3 credit hoursCatalog only
- M E 384N.5Underwater Acoustics3 credit hoursCatalog only
- M E 384N.6Architectural Acoustics3 credit hoursCatalog only
- M E 384N.7Ultrasonics3 credit hoursCatalog only
- M E 384N.8Wave Phenomena3 credit hoursCatalog only
- M E 384N.9Acoustic Metamaterials3 credit hoursCatalog only
- M E 384QTopics in Design of Control Systems3 credit hours · grades through Spring 20263.7865% A’s
- M E 384Q.1Introduction to Modern Control3 credit hoursCatalog only
- M E 384Q.2Nonlinear Control Systems3 credit hoursCatalog only
- M E 384Q.3Time-Series Modeling, Analysis, and Control3 credit hoursCatalog only
- M E 384Q.4Automatic Control System Design3 credit hoursCatalog only
- M E 384Q.7Stochastic Systems, Estimation, and Control3 credit hoursCatalog only
- M E 384Q.8Propulsion Systems and Controls3 credit hoursCatalog only
- M E 384Q.9Advanced Vehicle Powertrain Systems and Control3 credit hoursCatalog only
- M E 384Q.10Real-Time Control System Labs3 credit hoursCatalog only
- M E 384Q.11Estimation and Control of Ground Vehicle Systems3 credit hoursCatalog only
- M E 384Q.12Digital Control3 credit hoursCatalog only
- M E 384RTopics in Robotics3 credit hours · grades through Spring 20263.7455% A’s
- M E 384R.1Robotics and Automation3 credit hoursCatalog only
- M E 384R.2Design of Smart Mechanisms3 credit hoursCatalog only
- M E 384R.3Advanced Dynamics of Robotic Systems3 credit hoursCatalog only
- M E 384R.4Geometry of Mechanisms and Robots3 credit hoursCatalog only
- M E 384R.5Planar Mechanism Synthesis3 credit hoursCatalog only
- M E 384R.7Brain, Body, and Robotics3 credit hoursCatalog only
- M E 384R.8Algorithms for Sensor-Based Robotics3 credit hoursCatalog only
- M E 384R.9Haptics and Teleoperated Systems3 credit hoursCatalog only
- M E 385JTopics in Biomedical Engineering3 credit hours · grades through Spring 20253.6646% A’s
- M E 385J.1Cell and Tissue Anatomy and Physiology for Engineers3 credit hoursCatalog only
- M E 385J.2Organ System Anatomy, Physiology, and Pathology for Engineers3 credit hoursCatalog only
- M E 385J.3Bioelectric Phenomena3 credit hoursCatalog only
- M E 385J.5Cardiovascular Dynamics3 credit hoursCatalog only
- M E 385J.9Laser-Tissue Interaction: Thermal3 credit hoursCatalog only
- M E 385J.10Biomedical Application of Transport Phenomena3 credit hoursCatalog only
- M E 385J.11Biomedical Engineering Hospital Interfaces3 credit hoursCatalog only
- M E 385J.12Biomedical Heat Transfer3 credit hoursCatalog only
- M E 385J.13Molecular Recognition in Biology and Biotechnology3 credit hoursCatalog only
- M E 385J.15Biosignal Analysis3 credit hoursCatalog only
- M E 385J.16Laser-Tissue Interaction: Optical3 credit hoursCatalog only
- M E 385J.17Biomedical Instrumentation II: Real-Time Computer-Based Systems3 credit hoursCatalog only
- M E 385J.18Biomedical Image Processing3 credit hoursCatalog only
- M E 385J.20Network Thermodynamics in Biophysics3 credit hoursCatalog only
- M E 385J.23Optical Spectroscopy3 credit hoursCatalog only
- M E 385J.24Rehabilitation Engineering3 credit hoursCatalog only
- M E 385J.26Therapeutic Heating3 credit hoursCatalog only
- M E 385J.27The Biotechnology Revolution and Engineering Ethics3 credit hoursCatalog only
- M E 385J.28Noninvasive Optical Tomography3 credit hoursCatalog only
- M E 385J.29Transport Processes in Biological Systems3 credit hoursCatalog only
- M E 385J.30Introduction to Biomechanics3 credit hoursCatalog only
- M E 385J.31Biomedical Instrumentation I3 credit hoursCatalog only
- M E 385J.32Projects in Biomedical Engineering3 credit hoursCatalog only
- M E 385J.33Neurophysiology/Prosthesis Design3 credit hoursCatalog only
- M E 385J.34Biopolymers and Drug/Gene Delivery3 credit hoursCatalog only
- M E 385J.35Rehabilitation Robotics and Engineering3 credit hoursCatalog only
- M E 385J.36Modeling and Simulation of Human Movement3 credit hoursCatalog only
- M E 385MApplied Thermodynamics3 credit hours · grades through Fall 20253.7454% A’s
- M E 386MModeling, Simulation, and Control of Physical Systems3 credit hours · grades through Fall 20253.6353% A’s
- M E 386PTopics in Materials Science: Fundamentals3 credit hours · grades through Spring 20263.6645% A’s
- M E 386P.1Introduction to Phase Transformations3 credit hoursCatalog only
- M E 386P.2Mechanical Behavior of Materials3 credit hoursCatalog only
- M E 386P.3Introduction to Thermodynamics of Materials3 credit hoursCatalog only
- M E 386P.4Introduction to Solid-State Properties of Materials3 credit hoursCatalog only
- M E 386P.5Structure of Materials3 credit hoursCatalog only
- M E 386P.6Kinetic Processes in Materials3 credit hoursCatalog only
- M E 386QTopics in Materials Science: Structure and Properties3 credit hours · grades through Spring 20263.8066% A’s
- M E 386Q.1Theory of Materials3 credit hoursCatalog only
- M E 386Q.2Phase Diagrams3 credit hoursCatalog only
- M E 386Q.3Fracture of Structural Materials3 credit hoursCatalog only
- M E 386Q.4Physical Metallurgy of Steels3 credit hoursCatalog only
- M E 386Q.7Composite Materials3 credit hoursCatalog only
- M E 386Q.9Crystalline and Composite Anisotropy3 credit hoursCatalog only
- M E 386Q.10High-Temperature Materials3 credit hoursCatalog only
- M E 386Q.11Electroceramics3 credit hoursCatalog only
- M E 386Q.14Electrochemical Energy Materials3 credit hoursCatalog only
- M E 386Q.15Computational Materials Science and Engineering3 credit hoursCatalog only
- M E 386Q.16Application Perspectives of Nanotechnology3 credit hoursCatalog only
- M E 386Q.17Failure Analysis3 credit hoursCatalog only
- M E 386Q.18Advanced Numerical Methods: Theory and Practice3 credit hoursCatalog only
- M E 386Q.19Nanotechnology for Sustainable Energy3 credit hoursCatalog only
- M E 386Q.20Polymer Nanocomposites3 credit hoursCatalog only
- M E 386Q.23Structural Ceramics3 credit hoursCatalog only
- M E 386RTopics in Materials Science: Physical and Electronic Properties3 credit hours · grades through Spring 20263.8567% A’s
- M E 386R.1Localized versus Itinerant Electrons in Solids3 credit hoursCatalog only
- M E 386R.2Localized-Electron Phenomena3 credit hoursCatalog only
- M E 386R.3Transport Properties of Transition-Metal Oxides3 credit hoursCatalog only
- M E 386R.4Nanophotonics and Machine Learning3 credit hoursCatalog only
- M E 386STopics in Materials Science: Microelectronics and Thin Films3 credit hours · grades through Fall 20163.8555% A’s
- M E 386S.1Thin Films and Interfaces3 credit hoursCatalog only
- M E 386S.2Metallization and Packaging3 credit hoursCatalog only
- M E 386S.3Materials for Semiconductor Packaging and Heterogeneous Integration3 credit hoursCatalog only
- M E 386TTopics in Materials Science: The Design of Technical Materials3 credit hours · grades through Spring 20253.8590% A’s
- M E 386T.1Ionic Conductors3 credit hoursCatalog only
- M E 386T.2High-Temperature Superconductors3 credit hoursCatalog only
- M E 386T.3Catalytic Electrodes3 credit hoursCatalog only
- M E 386T.4Magnetic Materials3 credit hoursCatalog only
- M E 386T.5Battery Systems Engineering3 credit hoursCatalog only
- M E 387MApplied Dynamics and Feedback Control3 credit hours · grades through Spring 20213.1639% A’s
- M E 387QTopics in Materials Science: Thermodynamics and Kinetics3 credit hours · grades through Spring 20253.7874% A’s
- M E 387Q.1Diffusion in Solids3 credit hoursCatalog only
- M E 387Q.2Kinetics and Phase Transformations3 credit hoursCatalog only
- M E 387Q.3Solidification3 credit hoursCatalog only
- M E 387Q.4Corrosion3 credit hoursCatalog only
- M E 387Q.5Thermodynamics of Materials3 credit hoursCatalog only
- M E 387Q.6Statistical Thermodynamics of Materials3 credit hoursCatalog only
- M E 387Q.7Group Theory and Phase Transformations3 credit hoursCatalog only
- M E 387RTopics in Materials Science: Experimental Techniques3 credit hours · grades through Fall 20213.6545% A’s
- M E 387R.1Nondestructive Testing3 credit hoursCatalog only
- M E 387R.3Electron Diffraction and Microscopy3 credit hoursCatalog only
- M E 387R.4Advanced Electron Microscopy Theory and Techniques3 credit hoursCatalog only
- M E 387R.5Materials Characterization Techniques3 credit hoursCatalog only
- M E 387R.6High-Resolution Transmission Electron Microscopy Techniques3 credit hoursCatalog only
- M E 387R.7Scanning Electron Microscopy3 credit hoursCatalog only
- M E 387R.8Practical Electron Microscopy3 credit hoursCatalog only
- M E 387R.9Advanced Methods for Surface Analysis3 credit hoursCatalog only
- M E 387STopics in Materials Processing3 credit hoursCatalog only
- M E 387S.2Processing of Materials3 credit hoursCatalog only
- M E 387S.3Powder Processing3 credit hoursCatalog only
- M E 388CNuclear Power Engineering3 credit hours · grades through Spring 20243.8774% A’s
- M E 388DNuclear Reactor Theory I3 credit hours · grades through Spring 20263.7760% A’s
- M E 388ENuclear Reactor Theory II3 credit hoursCatalog only
- M E 388FComputational Methods in Radiation Transport3 credit hours · grades through Spring 20253.8560% A’s
- M E 388GNuclear Radiation Shielding3 credit hours · grades through Fall 20253.6659% A’s
- M E 388HNuclear Safety and Security3 credit hours · grades through Spring 20233.7645% A’s
- M E 388JNeutron Interactions and Their Applications in Nuclear Science and Engineering3 credit hoursCatalog only
- M E 388MMathematical Methods for Nuclear and Radiation Engineering3 credit hours · grades through Fall 20153.8175% A’s
- M E 388NDesign of Nuclear Systems3 credit hoursCatalog only
- M E 388PApplied Nuclear Physics3 credit hours · grades through Spring 20133.6033% A’s
- M E 388SModern Trends in Nuclear and Radiation Engineering3 credit hoursCatalog only
- M E 389CNuclear Environmental Protection3 credit hours · grades through Fall 20253.8989% A’s
- M E 389FThe Nuclear Fuel Cycle3 credit hours · grades through Fall 20253.7957% A’s
- M E 389MMaterials Processing3 credit hours · grades through Fall 20253.8465% A’s
- M E 389QTopics in Nuclear and Radiation Engineering: Design of Systems3 credit hoursCatalog only
- M E 390Vehicle System Dynamics and Controls3 credit hours · grades through Spring 20223.8172% A’s
- M E 390CCyber Vehicle Systems3 credit hoursCatalog only
- M E 390ENuclear Security System Design3 credit hoursCatalog only
- M E 390FNuclear Analysis Techniques3 credit hoursCatalog only
- M E 390GNuclear Engineering Laboratory3 credit hours · grades through Spring 20253.9173% A’s
- M E 390MThe Enterprise of Technology3 credit hoursCatalog only
- M E 390NHealth Physics Laboratory3 credit hours · grades through Summer 20233.8271% A’s
- M E 390TNuclear and Radiochemistry3 credit hours · grades through Spring 20223.8483% A’s
- M E 390VAdvanced Nuclear Engineering3 credit hours · grades through Fall 20253.6750% A’s
- M E 390WProposal Writing3 credit hoursCatalog only
- M E 391MIntroduction to Manufacturing Systems3 credit hours · grades through Summer 20263.8258% A’s
- M E 391RArtificial Intelligence Programming for Engineers3 credit hoursCatalog only
- M E 392CDesign Optimization and Automation3 credit hours · grades through Fall 20123.8064% A’s
- M E 392GTopics in Computer Graphics and Computer-Aided Design3 credit hours · grades through Spring 20253.6770% A’s
- M E 392G.1Introduction to Computer Graphics3 credit hoursCatalog only
- M E 392G.2Computer-Aided Geometric Design3 credit hoursCatalog only
- M E 392G.3Advanced Computer-Aided Design Applications3 credit hoursCatalog only
- M E 392G.4Advanced Topics in Computer-Aided Design3 credit hoursCatalog only
- M E 392MTopics in Advanced Mechanical Design3 credit hours · grades through Fall 20253.8677% A’s
- M E 392M.1Analytical Techniques in Mechanical Design3 credit hoursCatalog only
- M E 392M.3Advanced Design of Machine Elements3 credit hoursCatalog only
- M E 392M.6Engineering Design Theory and Mathematical Techniques3 credit hoursCatalog only
- M E 392M.7Product Design, Development, and Prototyping3 credit hoursCatalog only
- M E 392M.8Medical Device Design and Manufacturing3 credit hoursCatalog only
- M E 392M.9Precision Machine Design3 credit hoursCatalog only
- M E 392M.10Computational Methods for Engineering Design3 credit hoursCatalog only
- M E 392M.11Data-Driven Design and Decision-Making in Complex Systems3 credit hoursCatalog only
- M E 392QTopics in Manufacturing3 credit hours · grades through Spring 20263.8263% A’s
- M E 392Q.1Introduction to Manufacturing Systems3 credit hoursCatalog only
- M E 392Q.2Computer Fundamentals for Manufacturing Systems3 credit hoursCatalog only
- M E 392Q.4Automation and Integration of Manufacturing Systems3 credit hoursCatalog only
- M E 392Q.5Manufacturing Processing: Unit Processes3 credit hoursCatalog only
- M E 392Q.6Mechatronics I3 credit hoursCatalog only
- M E 392Q.7Microcomputer Programming and Interfacing3 credit hoursCatalog only
- M E 392Q.9Mechatronics II3 credit hoursCatalog only
- M E 392Q.10Statistical Methods in Manufacturing3 credit hoursCatalog only
- M E 392Q.11High Throughput Nanopatterning3 credit hoursCatalog only
- M E 392Q.12Additive Manufacturing3 credit hoursCatalog only
- M E 392Q.13Analytics and Control in Semiconductor Manufacturing3 credit hoursCatalog only
- M E 392Q.14Bioinspired Micro and Nanostructures3 credit hoursCatalog only
- M E 392Q.15Optical Engineering3 credit hoursCatalog only
- M E 393MEngineering Design Innovation3 credit hoursCatalog only
- M E 394MTopics in Mechanical Engineering3 credit hoursCatalog only
- M E 395The Enterprise of Technology3 credit hours · grades through Fall 20143.7439% A’s
- M E 395MEngineering Design and Innovation with Product Design3 credit hoursCatalog only
- M E 396DDecision and Control of Human-Centered Robots3 credit hoursCatalog only
- M E 396MMaterials Science and Engineering3 credit hoursCatalog only
- M E 396PApplication Programming for Engineers3 credit hours · grades through Fall 20253.6049% A’s
- M E 097SIntroduction to Graduate Studies0 credit hoursCatalog only
- M E 197KTopics in Graduate Seminar1–3 credit hoursCatalog only
- M E 197K.1Acoustics Seminar1–3 credit hoursCatalog only
- M E 197K.2Advanced Thermal/Fluid Seminar1–3 credit hoursCatalog only
- M E 197K.3Materials Engineering1–3 credit hoursCatalog only
- M E 197K.4Mechanical Systems and Design1–3 credit hoursCatalog only
- M E 197K.5Nuclear Engineering1–3 credit hoursCatalog only
- M E 197K.6Introductory Thermal/Fluid Seminar1–3 credit hoursCatalog only
- M E 197PProjects in Mechanical Engineering1–3 credit hoursCatalog only
- M E 297KTopics in Graduate Seminar1–3 credit hoursCatalog only
- M E 297K.1Acoustics Seminar1–3 credit hoursCatalog only
- M E 297K.2Advanced Thermal/Fluid Seminar1–3 credit hoursCatalog only
- M E 297K.3Materials Engineering1–3 credit hoursCatalog only
- M E 297K.4Mechanical Systems and Design1–3 credit hoursCatalog only
- M E 297K.5Nuclear Engineering1–3 credit hoursCatalog only
- M E 297K.6Introductory Thermal/Fluid Seminar1–3 credit hoursCatalog only
- M E 297PProjects in Mechanical Engineering1–3 credit hoursCatalog only
- M E 397Topics in Current Engineering Studies3 credit hours · grades through Spring 20263.8067% A’s
- M E 397.8Energy and the Environment3 credit hoursCatalog only
- M E 397KTopics in Graduate Seminar1–3 credit hoursCatalog only
- M E 397K.1Acoustics Seminar1–3 credit hoursCatalog only
- M E 397K.2Advanced Thermal/Fluid Seminar1–3 credit hoursCatalog only
- M E 397K.3Materials Engineering1–3 credit hoursCatalog only
- M E 397K.4Mechanical Systems and Design1–3 credit hoursCatalog only
- M E 397K.5Nuclear Engineering1–3 credit hoursCatalog only
- M E 397K.6Introductory Thermal/Fluid Seminar1–3 credit hoursCatalog only
- M E 397MGraduate Research Internship3 credit hoursCatalog only
- M E 397PProjects in Mechanical Engineering1–3 credit hoursCatalog only
- M E 198CEngineering Teaching Practicum1, 3, or 6 credit hoursCatalog only
- M E 198PTopics in Engineering Teaching Practicum1, 3, or 6 credit hoursCatalog only
- M E 198QTopics in Teaching Portfolio Preparation1 or 3 credit hoursCatalog only
- M E 398CEngineering Teaching Practicum1, 3, or 6 credit hoursCatalog only
- M E 398MIntroduction to Automatic Control3 credit hours · grades through Spring 20263.4147% A’s
- M E 398PTopics in Engineering Teaching Practicum1, 3, or 6 credit hoursCatalog only
- M E 398QTopics in Teaching Portfolio Preparation1 or 3 credit hoursCatalog only
- M E 398RMaster's Report3 credit hoursCatalog only
- M E 398SAssessment and Curriculum Design in Engineering3 credit hours · grades through Fall 20233.9090% A’s
- M E 398TSupervised Teaching in Mechanical Engineering3 credit hours · grades through Spring 20194.00100% A’s
- M E 698Thesis6 credit hoursCatalog only
- M E 698CEngineering Teaching Practicum1, 3, or 6 credit hoursCatalog only
- M E 698PTopics in Engineering Teaching Practicum1, 3, or 6 credit hoursCatalog only
- M E 399WDissertation3, 6, or 9 credit hoursCatalog only
- M E 699WDissertation3, 6, or 9 credit hoursCatalog only
- M E 999WDissertation3, 6, or 9 credit hoursCatalog only
How we got this
Class names, credit hours and descriptions come from UT’s Mechanical Engineering catalog page, checked October 27, 2026.
Grades come from UT’s grade dashboard. We combine every letter grade since Summer 2011, so bigger classes count for more. A’s counts A grades; A− has its own bar on each class page. How the averages are calculated.
Before you register
Sections, times, and seats change every term. Check M E in UT’s class schedule for the semester you’re planning.