MAE coursesUC San Diego

188 courses · UC San Diego

• MAE 02 Introduction to Aerospace Engineering
• MAE 03 Introduction to Mechanical Design
• MAE 05 Quantitative Computer Skills
• MAE 07 Spatial Visualization
• MAE 08 MATLAB Programming for Engineering Analysis
• MAE 11 Thermodynamics
• MAE 20 Elements of Materials Science
• MAE 21 Aerospace Materials Science
• MAE 30A Statics and Introduction to Dynamics
• MAE 30B Dynamics and Vibrations
• MAE 40 Linear Circuits
• MAE 87 First-year Student Seminar
• MAE 88 Learn Sustainable Well-Being: Compassion for Self and Others, an Engineer’s Perspective
• MAE 91 Introduction to Topics in Mechanical and Aerospace Engineering
• MAE 92A Design Competition—Design, Build, and Fly Aircraft
• MAE 93 Design Competition—Design, Build, and Test Race Car
• MAE 94 Rocketry Competitions—Design and Build Rockets and Space Systems
• MAE 98 Directed Group Study
• MAE 99H Independent Study
• MAE 101A Introductory Fluid Mechanics
• MAE 101B Advanced Fluid Mechanics
• MAE 101C Heat Transfer
• MAE 101D Intermediate Heat Transfer
• MAE 104 Aerodynamics
• MAE 105 Introduction to Mathematical Physics
• MAE 107 Computational Methods in Engineering
• MAE 108 Probability and Statistical Methods for Engineering
• MAE 110 Thermodynamic Systems
• MAE 113 Fundamentals of Propulsion
• MAE 114 Space Propulsion
• MAE 117A Elementary Plasma Physics
• MAE 118 Introduction to Energy and Environment
• MAE 119 Introduction to Renewable Energy: Solar and Wind
• MAE 120 Introduction to Nuclear Energy
• MAE 121 Air Pollution Transport and Dispersion Modeling
• MAE 122 Flow and Transport in the Environment
• MAE 123 Introduction to Transport in Porous Media
• MAE 125 Building Energy Efficiency
• MAE 126A Environmental Engineering Laboratory
• MAE 126B Environmental Engineering Design
• MAE 130 Advanced Vibrations
• MAE 131A Solid Mechanics I
• MAE 131B Fundamentals of Solid Mechanics II
• MAE 133 Finite Element Methods in Mechanical and Aerospace Engineering
• MAE 142 Dynamics and Control of Aerospace Vehicles
• MAE 143A Signals and Systems
• MAE 143B Linear Control
• MAE 144 Embedded Control and Robotics
• MAE 145 Introduction to Robotic Planning and Estimation
• MAE 146 Introduction to Machine Learning Algorithms
• MAE 148 Introduction to Autonomous Vehicles
• MAE 149 Sensor Networks
• MAE 150 Computational Methods for Design
• MAE 152 Introductions to Manual and CNC Machining
• MAE 153 Design of Machine Components
• MAE 154 Product Design and Entrepreneurship
• MAE 155A Aerospace Engineering Design I
• MAE 155B Aerospace Engineering Design II
• MAE 156A Fundamental Principles of Mechanical Design I
• MAE 156B Fundamental Principles of Mechanical Design II
• MAE 160 Mechanical Behavior of Materials
• MAE 165 Fatigue and Failure Analysis of Engineering Components
• MAE 166 Modern Concepts in Nanotechnology
• MAE 167 Wave Dynamics in Materials
• MAE 170 Experimental Techniques
• MAE 171A Mechanical Engineering Laboratory I
• MAE 171B Mechanical Engineering Laboratory II
• MAE 175A Aerospace Engineering Laboratory I
• MAE 180 Orbital Mechanics
• MAE 181 Space Mission Analysis and Design
• MAE 182 Spacecraft Guidance and Navigation
• MAE 184 Flight Simulation Techniques
• MAE 185 Computational Fluid Mechanics
• MAE 190 Topics in Mechanical and Aerospace Engineering
• MAE 191 Topics in Mechanical and Aerospace Engineering with Laboratory
• MAE 197 Engineering Internship
• MAE 198 Directed Group Study
• MAE 199 Independent Study for Undergraduates
• MAE 200 Controls
• MAE 201 Mechanics of Fluids
• MAE 202 Thermal Processes
• MAE 203 Solid Mechanics and Materials
• MAE 204 Robotics
• MAE 205 Graduate Seminar
• MAE 206 Energy Systems
• MAE 207 Topics in Engineering Science
• MAE 208 Mathematics for Engineers
• MAE 209 Continuum Mechanics Applied to Medicine/Biology
• MAE 210A Fluid Mechanics I
• MAE 210B Fluid Mechanics II
• MAE 210C Fluid Mechanics III
• MAE 211 Introduction to Combustion
• MAE 212 Introductory Compressible Flow
• MAE 213 Mechanics of Propulsion
• MAE 214A Introduction to Turbulence and Turbulent Mixing
• MAE 215 Multiphase Flow and Heat Transfer
• MAE 217A Introduction to Gas Discharge Plasma Physics
• MAE 217B Introduction to Nonmagnetized Hot Plasma Physics
• MAE 217C Introduction to Magnetized Hot Plasma Physics
• MAE 218A Introduction to High Energy Density Physics (MHD and Pinches)
• MAE 218B Introduction to High Energy Density Physics (Laser-Plasma Interactions)
• MAE 219 Design and Control of Haptic Systems
• MAE 220A Physics of Gases
• MAE 220B Physical Gas Dynamics
• MAE 221A Conduction Heat Transfer
• MAE 221B Mass Transfer
• MAE 221C Convection Heat Transfer
• MAE 221D Radiation Heat Transfer
• MAE 223 Ocean Technology Design and Development
• MAE 224A Environmental Fluid Dynamics I
• MAE 224B Environmental Fluid Dynamics II
• MAE 225A Nanoscale and Microscale Heat Transfer for Energy Conversion Applications I
• MAE 225B Nanoscale and Microscale Heat Transfer for Energy Conversion Applications II
• MAE 226 Advanced Dynamics
• MAE 227 Convex Optimization for Engineers
• MAE 228 Selected Topics in Plasma Physics
• MAE 230 Introduction to Photonics
• MAE 231A Foundations of Solid Mechanics
• MAE 231B Elasticity
• MAE 231C Inelasticity
• MAE 232A Finite Element Methods in Solid Mechanics I
• MAE 232B Finite Element Methods in Solid Mechanics II
• MAE 232C Finite Element Methods in Solid Mechanics III
• MAE 233A Fracture Mechanics
• MAE 233B Micromechanics
• MAE 235 Computational Techniques in Finite Elements
• MAE 238 Stress Waves in Solids
• MAE 240 Space Flight Mechanics
• MAE 242 Robot Motion Planning
• MAE 243 Electric Power Systems Modeling
• MAE 244 Renewable Energy Integration
• MAE 247 Cooperative Control of Multi-agent Systems
• MAE 248 Safety for Autonomous Systems
• MAE 249 Soft Robotics
• MAE 251 Structure and Analysis of Solids
• MAE 253 Advanced Ceramics
• MAE 254 Energy Materials and Applications
• MAE 255 Boundary Layer and Renewable Energy Meteorology
• MAE 256 Radiative Transfer for Energy Applications
• MAE 257 Polymer Science and Engineering
• MAE 259 ODE Simulation Methods
• MAE 260 Fundamentals and Applications of Computational Materials Science
• MAE 261 Cardiovascular Fluid Mechanics
• MAE 262 Biological Fluid Mechanics
• MAE 263 Experimental Methods in Cell Mechanics
• MAE 264 Mechanics and Thermodynamics of Biological Membranes
• MAE 265A Electronic and Photonic Properties of Materials
• MAE 265B Magnetic Materials: Principles and Applications
• MAE 266 Biomaterials
• MAE 267 Nanomaterials and Properties
• MAE 269 Bioinspired Mobile Robotics
• MAE 270 Multidisciplinary Design Optimization
• MAE 271A Thermodynamics of Solids
• MAE 271B Solid State Diffusion and Reaction Kinetics
• MAE 271C Phase Transformations
• MAE 272 Imperfections in Solids
• MAE 273A Dynamic Behavior of Materials
• MAE 274 Model Reduction
• MAE 276 Mechanics of Soft Materials
• MAE 279 Uncertainty Quantification
• MAE 280A Linear Systems Theory
• MAE 280B Linear Control Design
• MAE 281A Nonlinear Systems
• MAE 281B Nonlinear Control
• MAE 283A Parametric Identification: Theory and Methods
• MAE 283B Approximate Identification and Control
• MAE 284 Robust and Multivariable Control
• MAE 285 Design of Micro/Nanoacoustofluidic Devices
• MAE 286 Hybrid Systems
• MAE 287 Control of Distributed Parameter Systems
• MAE 288A Optimal Control
• MAE 288B Optimal Estimation
• MAE 289A Mathematical Analysis for Applications
• MAE 289B Real Analysis for Applications
• MAE 289C Functional Analysis and Applications
• MAE 290A Numerical Linear Algebra
• MAE 290B Numerical Differential Equations
• MAE 290C Computational Fluid Dynamics
• MAE 291 Design and Mechanics in Computer Technology
• MAE 292 Computer-Aided Design and Analysis
• MAE 293 Flow Control
• MAE 294A Introduction to Applied Mathematics
• MAE 294B Introduction to Applied Mathematics II
• MAE 294C Introduction to Applied Mathematics III
• MAE 295 Field Study
• MAE 296 Independent Study
• MAE 298 Directed Group Study
• MAE 299 Graduate Research