ME courses
277 courses · University of California Santa Barbara · Fall 2026
- ME 12S — Introduction to Machine Shop1 section
- ME 100 — Professional Seminar1 section
- ME 102 — Finite Elements Analysis of Heat Transfer and Fluid Flow with COMSOL1 section
- ME 103 — Dynamical Systems1 section
- ME 104 — Mechatronics1 section
- ME 105 — Mechanical Engineering Laboratory1 section
- ME 106A — Advanced Mechanical Engineering Laboratory1 section
- ME 107 — Machine Learning1 section
- ME 108 — Applications of Finite Element Analysis1 section
- ME 110 — Aerodynamics and Aeronautical Engineering1 section
- ME 112 — Energy1 section
- ME 124 — Advanced Topics in Transport Phenomena/Safety1 section
- ME 125 — Special Topics in Mechanical Engineering1 section
- ME 125A — Special Topics in Mechanical Engineering1 section
- ME 125AA — Special Topics in Mechanical Engineering1 section
- ME 125AB — Special Topics in Mechanical Engineering1 section
- ME 125AC — Special Topics in Mechanical Engineering1 section
- ME 125AD — Special Topics in Mechanical Engineering1 section
- ME 125AE — Special Topics in Mechanical Engineering1 section
- ME 125AF — Special Topics in Mechanical Engineering1 section
- ME 125AG — Special Topics in Mechanical Engineering1 section
- ME 125AH — Special Topics in Mechanical Engineering1 section
- ME 125AI — Special Topics in Mechanical Engineering1 section
- ME 125AJ — Special Topics in Mechanical Engineering1 section
- ME 125AK — Special Topics in Mechanical Engineering1 section
- ME 125AL — Special Topics in Mechanical Engineering1 section
- ME 125AM — Special Topics in Mechanical Engineering1 section
- ME 125AO — Special Topics in Mechanical Engineering1 section
- ME 125AP — Special Topics in Mechanical Engineering1 section
- ME 125AQ — Special Topics in Mechanical Engineering1 section
- ME 125AR — Special Topics in Mechanical Engineering1 section
- ME 125AS — Special Topics: Introduction to Multiphase Flow1 section
- ME 125B — Special Topics in Mechanical Engineering1 section
- ME 125BA — Special Topics in Mechanical Engineering1 section
- ME 125BE — Special Topics in Mechanical Engineering1 section
- ME 125BP — Special Topics: Methods in Mechanobiology1 section
- ME 125C — Special Topics in Mechanical Engineering1 section
- ME 125CP — Special Topics in Mechanical Engineering: Individual COMSOL projects in Thermal and Fluid Sciences1 section
- ME 125D — Special Topics in Mechanical Engineering1 section
- ME 125E — Special Topics in Mechanical Engineering1 section
- ME 125ED — Special Topics in ME: Bio-Inspired Design in Fluid Mechanics1 section
- ME 125EH — Special Topics in Soft Robotics1 section
- ME 125EM — Special Topics in Mechanical Engineering: Finite Element Analysis of Heat Transfer and Fluid Flow1 section
- ME 125ES — Special Topics in ME: Energy Storage Technologies1 section
- ME 125EY — Special Topics in Biological Computing1 section
- ME 125F — Special Topics: Hydrodynamic Instability and Turbulence1 section
- ME 125FA — Special Topics: Failure Analysis1 section
- ME 125FB — Special Topics in Mechanical Engineering1 section
- ME 125FM — Fluid Mechanics and Soft Matter in Additive Manufacturing1 section
- ME 125G — Special Topics in Mechanical Engineering1 section
- ME 125H — Special Topics in Mechanical Engineering1 section
- ME 125I — Special Topics in Mechanical Engineering1 section
- ME 125IB — Special Topics: Failure- Why Defects Are Essential to Material Science1 section
- ME 125J — Special Topics in Mechanical Engineering1 section
- ME 125JS — Special Topics: Li Ion Batteries1 section
- ME 125K — Special Topics in Mechanical Engineering1 section
- ME 125KF — Special Topics in ME: Design and Construction of Scientific Apparatus1 section
- ME 125KT — Special Topics in Mechanical Engineering: Advanced Dynamics1 section
- ME 125L — Special Topics in Mechanical Engineering1 section
- ME 125LF — Special Topics: Vortex Dynamics and Turbulence1 section
- ME 125LP — Special Topics in Mechanical Engineering: Intro to Design Optimization1 section
- ME 125M — Special Topics in Mechanical Engineering1 section
- ME 125MB — Special Topics in Mechanical Engineering1 section
- ME 125MC — Special Topics: MEMS Characterization1 section
- ME 125MS — Special Topics in Mechanical Engineering- Rapid Prototyping Design: Advanced CAD and 3D Printing1 section
- ME 125MV — Engineering Approaches to Solve Wicked Problems and Global Challenges1 section
- ME 125N — Special Topics in Mechanical Engineering1 section
- ME 125OK — Soft mechanics: Design and Applications1 section
- ME 125P — Special Topics in Mechanical Engineering1 section
- ME 125PL — Special Topics in Mechanical Engineering: Wind and Tidal Extraction Over Large Scales1 section
- ME 125Q — Special Topics in Mechanical Engineering1 section
- ME 125R — Special Topics in Mechanical Engineering1 section
- ME 125RA — Special Topics in Mechanical Engineering: Radiative Energy Transfer1 section
- ME 125RM — Chemo-Mechanics: The Intersection of Solid Mechanics and Chemistry1 section
- ME 125RS — Special Topics: Engineering Biomaterials1 section
- ME 125SD — Special Topics: Mechanics and Measurements1 section
- ME 125T — Special Topics in Mechanical Engineering1 section
- ME 125TB — Special Topics in Mechanical Engineering: Waves and Flow1 section
- ME 125TD — Advanced Engineering Thermodynamics1 section
- ME 125TM — Special Topics in Mechanical Engineering1 section
- ME 125V — Special Topics in Mechanical Engineering1 section
- ME 125WY — Special Topics in Mechanical Engineering1 section
- ME 125X — Special Topics in Mechanical Engineering1 section
- ME 125Y — Special Topics in Mechanical Engineering1 section
- ME 125YV — Special Topics: Vehicle Dynamics1 section
- ME 125YZ — Special Topics in Mechanical Engineering: Introduction to interfacial phenomena1 section
- ME 125Z — Special Topics in Mechanical Engineering1 section
- ME 127 — Introduction to Mechanisms1 section
- ME 128 — Design of Biomedical Devices1 section
- ME 129 — Manufacturing and Geometric Dimensioning and Tolerancing1 section
- ME 133 — Renewable Energy Technologies1 section
- ME 134 — Projects in Thermal Sciences1 section
- ME 135 — Wind and Tidal Energy1 section
- ME 140A — Numerical Analysis in Engineering1 section
- ME 140B — Theoretical Analysis in Mechanical Engineering1 section
- ME 141A — Introduction to Nanoelectromechanical and Microelectromechanical systems (NEMS/MEMS)1 section
- ME 141B — MEMS: Processing and Device Characterization1 section
- ME 146 — Molecular and Cellular Biomechanics1 section
- ME 147 — Mechatronics Using Labview1 section
- ME 151A — Thermosciences 11 section
- ME 151B — Thermosciences 21 section
- ME 151C — Thermosciences 31 section
- ME 152A — Fluid Mechanics1 section
- ME 152B — Fluid Mechanics1 section
- ME 153 — Introduction to Mechanical Engineering Design1 section
- ME 154 — Design and Analysis of Structures1 section
- ME 155A — Control System Design1 section
- ME 155B — Advanced Control Systems Design1 section
- ME 155C — Control Systems Laboratory1 section
- ME 156A — Mechanical Engineering Design - I1 section
- ME 156B — Mechanical Engineering Design-II1 section
- ME 157 — Introduction to Multiphysics Simulation1 section
- ME 158 — Computer Aided Design and Manufacturing1 section
- ME 159 — Introduction to Design Optimization1 section
- ME 162 — Introduction to Elasticity1 section
- ME 163 — Engineering Mechanics: Vibrations1 section
- ME 166 — Advanced Strength of Materials1 section
- ME 167 — Structural Analysis1 section
- ME 169 — Nonlinear Phenomena1 section
- ME 179D — Introduction to Robotics: Dynamics and Control1 section
- ME 179L — Introduction to Robotics: Design Laboratory1 section
- ME 179P — Introduction to Robotics: Planning and Kinematics1 section
- ME 180 — Crystalline Defects1 section
- ME 185 — Materials in Engineering1 section
- ME 186A — Manufacturing and Materials1 section
- ME 186B — Introduction to Additive Manufacturing1 section
- ME 189A — Capstone Mechanical Engineering Design Project1 section
- ME 189B — Capstone Mechanical Engineering Design Project1 section
- ME 189C — Capstone Mechanical Engineering Design Project1 section
- ME 193 — Internship in Industry1 section
- ME 197 — Independent Projects in Mechanical Engineering Design1 section
- ME 199 — Independent Studies in Medieval Studies1 section
- ME 200 — Professional Seminar1 section
- ME 200A — Interdisciplinary Approaches to Medieval Studies1 section
- ME 200B — Interdisciplinary Approaches to Medieval Studies1 section
- ME 200C — Interdisciplinary Approaches to Medieval Studies1 section
- ME 200P — M.S. Project1 section
- ME 201 — Advanced Dynamics1 section
- ME 203 — Operator Theory Methods in Dynamical Systems1 section
- ME 207 — Faculty Research Seminar1 section
- ME 210A — Matrix Analysis and Computation1 section
- ME 210B — Numerical Simulation1 section
- ME 210C — Numerical Solution of Partial Differential Equations--Finite Difference Methods.1 section
- ME 210D — Numerical Solution of Partial Differential Equations - Finite Element Methods1 section
- ME 211 — Pattern Formation and Self-Organization1 section
- ME 215A — Applied Dynamical Systems I1 section
- ME 215B — Applied Dynamical Systems II1 section
- ME 216 — Level Set Methods1 section
- ME 219 — Mechanics of Materials1 section
- ME 220A — Fundamentals of Fluid Mechanics1 section
- ME 220B — Fundamentals of Fluid Mechanics1 section
- ME 221 — Advanced Viscous Flow1 section
- ME 225 — Special Topics in Mechanical Engineering1 section
- ME 225A — Special Topics in Mechanical Engineering1 section
- ME 225AA — Special Topics in Mechanical Engineering1 section
- ME 225AB — Special Topics in Mechanical Engineering1 section
- ME 225AC — Special Topics in Mechanical Engineering1 section
- ME 225AD — Special Topics in Mechanical Engineering1 section
- ME 225AE — Special Topics in Mechanical Engineering1 section
- ME 225AF — Special Topics in Mechanical Engineering1 section
- ME 225AG — Special Topics in Mechanical Engineering1 section
- ME 225AH — Special Topics in Mechanical Engineering1 section
- ME 225AJ — Special Topics in Mechanical Engineering1 section
- ME 225AK — Special Topics in Mechanical Engineering1 section
- ME 225AL — Special Topics in Mechanical Engineering1 section
- ME 225AM — Special Topics in Mechanical Engineering1 section
- ME 225AN — Special Topics in Mechanical Engineering1 section
- ME 225AO — Special Topics in Mechanical Engineering1 section
- ME 225AP — Special Topics in Mechanical Engineering1 section
- ME 225AQ — Special Topics in Mechanical Engineering1 section
- ME 225AR — Special Topics in Mechanical Engineering1 section
- ME 225AS — Special Topics: Introduction to Multiphase Flow1 section
- ME 225AT — Special Topics in Mechanical Engineering1 section
- ME 225AU — Special Topics in Mechanical Engineering1 section
- ME 225AV — Special Topics in Mechanical Engineering1 section
- ME 225AX — Special Topics in Mechanical Engineering1 section
- ME 225AY — Special Topics in Mechanical Engineering1 section
- ME 225B — Special Topics in Mechanical Engineering1 section
- ME 225BA — Special Topics in Mechanical Engineering1 section
- ME 225BC — Special Topics in Mechanical Engineering1 section
- ME 225BD — Special Topics in Mechanical Engineering1 section
- ME 225BL — SP: Nanoscale Energy Transport & Conversion1 section
- ME 225BP — Special Topics in Mechanical Engineering1 section
- ME 225C — Special Topics in Mechanical Engineering1 section
- ME 225CP — Special Topics in Mechanical Engineering: Individual COMSOL projects in Thermal and Fluid Sciences1 section
- ME 225D — Special Topics in Mechanical Engineering1 section
- ME 225E — Special Topics in Mechanical Engineering1 section
- ME 225ED — Special Topics in ME: Bio-Inspired Design in Fluid Mechanics1 section
- ME 225EH — Special Topics in Soft Robotics1 section
- ME 225EM — Special Topics in ME: Advanced Topics in Fluid Mechanics and Heat Transfer1 section
- ME 225EN — Special Topics in Mechanical Engineering1 section
- ME 225EY — Special Topics in Biological Computing1 section
- ME 225F — Special Topics: Hydrodynamic Instability and Turbulence1 section
- ME 225FA — Special Topics: Failure Analysis1 section
- ME 225FB — Contraction Theory for Dynamical Systems1 section
- ME 225FE — Special Topics in ME: Modeling of Flow and Heat Transfer using COMSOL Finite Elements Software1 section
- ME 225FM — Fluid Mechanics and Soft Matter in Additive Manufacturing1 section
- ME 225G — Special Topics in Mechanical Engineering: Geophysical Fluid Dynamics1 section
- ME 225H — Haptics: Touch Perception, Interaction, and Engineering1 section
- ME 225HS — Special Topics in Mechanical Engineering1 section
- ME 225HT — Advanced Heat Transfer1 section
- ME 225I — Special Topics in Mechanical Engineering1 section
- ME 225IB — Special Topics: Defects in Engineering Materials & Analysis1 section
- ME 225J — Special Topics in Mechanical Engineering1 section
- ME 225JM — Special Topics in Mechanical Engineering1 section
- ME 225JS — Special Topics: Li Ion Batteries1 section
- ME 225KA — Special Topics in Mechanical Engineering1 section
- ME 225L — Special Topics in Mechanical Engineering1 section
- ME 225LF — Special Topics: Vortex Dynamics and Turbulence1 section
- ME 225M — Special Topics in Mechanical Engineering1 section
- ME 225MB — Special Topics in Mechanical Engineering1 section
- ME 225MC — Special Topics: MEMS Characterization1 section
- ME 225ML — Special Topics in ME: Research Topics in Machine Learning and System Identification1 section
- ME 225MM — Special Topics in Mechanical Engineering: Mathematical Methods in Systems and Controls1 section
- ME 225MV — Engineering Approaches to Solve Wicked Problems and Global Challenges1 section
- ME 225N — Special Topics in Mechanical Engineering1 section
- ME 225NN — Modeling and Optimization of Neural Networks1 section
- ME 225O — Special Topics in Mechanical Engineering1 section
- ME 225OC — Special Topics in Mechanical Engineering1 section
- ME 225OK — Soft Mechanics: Design and Applications1 section
- ME 225P — Special Topics in Mechanical Engineering1 section
- ME 225PL — Special Topics in Mechanical Engineering1 section
- ME 225Q — Special Topics in Mechanical Engineering1 section
- ME 225R — Special Topics in Mechanical Engineering1 section
- ME 225RA — Special Topics in Mechanical Engineering: Radiative Energy Transfer1 section
- ME 225RM — Chemo-Mechanics: The Intersection of Solid Mechanics and Chemistry1 section
- ME 225RS — Special Topics: Engineering Biomaterials1 section
- ME 225RX — Special Topics in Mechanical Engineering1 section
- ME 225S — Special Topics in Mechanical Engineering1 section
- ME 225SA — Scale Analysis of Multiphysics Phenomena1 section
- ME 225SD — Special Topics: Mechanics & Measurement1 section
- ME 225SO — Special Topics in Mechanical Engineering1 section
- ME 225T — Special Topics in Mechanical Engineering1 section
- ME 225TD — Advanced Engineering Thermodynamics1 section
- ME 225TF — Special Topics in Mechanical Engineering1 section
- ME 225TS — Special Topics in Mechanical Engineering1 section
- ME 225U — Special Topics in Mechanical Engineering1 section
- ME 225V — Special Topics in Mechanical Engineering1 section
- ME 225X — Special Topics in Mechanical Engineering1 section
- ME 225YZ — Special Topics in Mechanical Engineering: Intro to Interfacial Phenomena1 section
- ME 230 — Elasticity and Plasticity1 section
- ME 232 — Plasticity1 section
- ME 233 — Renewable Energy Technologies1 section
- ME 233A — Design of Composite Structures1 section
- ME 235 — Wind and Tidal Energy1 section
- ME 236 — Nonlinear Control Systems1 section
- ME 238 — Advanced Control Design Laboratory1 section
- ME 241 — Engineering Biomaterials1 section
- ME 243A — Linear Systems I1 section
- ME 243B — Linear Systems II1 section
- ME 244A — Advanced Theoretical Methods in Engineering1 section
- ME 244B — Advanced Theoretical Methods in Engineering1 section
- ME 245 — Modeling and Control of Spatially Distributed Systems1 section
- ME 246 — Molecular and Cellular Biomechanics1 section
- ME 252A — Computational Fluid Dynamics1 section
- ME 252B — Computational Fluid Dynamics1 section
- ME 254 — Dynamic Programming and Reinforcement Learning1 section
- ME 256 — Robust Control Theory1 section
- ME 257 — Introduction to Multiphysics Simulation1 section
- ME 258 — Methods in Mechanobiology and Biofabrication1 section
- ME 264 — Mechanical Behavior of Materials1 section
- ME 265 — Composite Materials1 section
- ME 267 — Thin Films and Multilayers1 section
- ME 269 — Network Systems: Dynamics and Control1 section
- ME 271 — Finite Element Structural Analysis1 section
- ME 275 — Fracture Mechanics1 section
- ME 280 — Crystalline Defects1 section
- ME 291A — Physics of Transducers1 section
- ME 292 — Design of Transducers1 section
- ME 295 — Group Studies: Controls, Dynamical Systems, and Computation1 section
- ME 500 — Teaching Assistant Seminar1 section
- ME 501 — Teaching Assistant Practicum1 section
- ME 503 — Graduate Student Research Practicum1 section
- ME 596 — Directed Research1 section
- ME 597 — Individual Study for Ph.D. Qualifying Examination1 section
- ME 598 — Master's Thesis Research and Preparation1 section
- ME 599 — Ph.D. Dissertation Research and Preparation1 section
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