A | B | C | D | E | F | G | H | I | J | K | L | M | N | O | Q | R | S | |
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1 | - Only one course marked with an ( * ) will be accepted for each specialization | |||||||||||||||||
2 | - This Document is a starting point of pre-approved coursework but a MAE Student is not limited to the coursework listed here. Even if not listed in the MAE Graduate Course Structure document, Graduate-level and upper division courses from MAE & other departments in the Jacobs School of Engineering are considered Permitted Electives for MAE MS MC81 Plan II students & for Plan II Students Admitted to MAE MS before Fall 2022. Plan I students need approval from their Faculty Advisor before enrolling in courses not found on this list & may select other courses from the Jacobs School of Engineering//STEM based graduate coursework (taken for 4 units & a letter grade) <- MATH, PHYS, ECE, CSE, SE, NANO, CHEM, BENG, BIO, HDSI, SIOC etc. Please reach out to mae-gradadvising@ucsd.edu if you have any questions. | |||||||||||||||||
3 | Dept | Course # | Title | Adaptive Systems & Dynamic Modeling | Applied Atmospheric Sciences | Applied Plasma Physics | Basic Science | Biomechanics | Thermal Sciences / Combustion | Design | Environmental Engineering | Fluid Mechanics | Linear & Optimal Control | Materials Science | Mathematics | Solid Mechanics | ||
4 | CHEM | 213B | Biophysical Chemistry of Macromolecules | X | ||||||||||||||
5 | CHEM | 214 | Molecular and Cellular Biochemistry | X | ||||||||||||||
6 | ECE | 240A | Lasers and Optics | X | ||||||||||||||
7 | ECE | 253 | Fundamentals of Digital Image Processing | X | ||||||||||||||
8 | ECE | 276A | Sensing and Estimation in Robotics | X | ||||||||||||||
9 | ECE | 276B | Planning and Learning in Robotics | X | ||||||||||||||
10 | MAE | 200 | Controls | X | ||||||||||||||
11 | MAE | 201 | Mechanics of Fluids | X | ||||||||||||||
12 | MAE | 202 | Thermal Processes | X | ||||||||||||||
13 | MAE | 203 | Solid Mechanics and Materials | X | ||||||||||||||
14 | MAE | 204 | Robotics | X | ||||||||||||||
15 | MAE | 206 | Energy Systems | |||||||||||||||
16 | MAE | 207 | Haptic Interfaces | |||||||||||||||
17 | MAE | 207 | Air-sea Interactions | X | X | X | X | |||||||||||
18 | MAE | 207 | Haptic Interfaces | X | ||||||||||||||
19 | MAE | 207 | Introduction to Photonics | |||||||||||||||
20 | MAE | 207 | Medical Device Experience I | X | X | X | X | |||||||||||
21 | MAE | 207 | Medical Device Experience II | X | X | |||||||||||||
22 | MAE | 207 | Multiphase Flow & Heat Transfer | X | ||||||||||||||
23 | MAE | 207 | Cyber-Physical-Social Systems: Conception (coming soon) | |||||||||||||||
24 | MAE | 207 | Cyber-Physical-Social Systems: Architecture (coming soon) | |||||||||||||||
25 | MAE | 207 | Cyber-Physical-Social Systems: Implementation (coming soon) | |||||||||||||||
26 | MAE | 208 | Mathematics for Engineers | X | ||||||||||||||
27 | MAE | 209 | Continuum Mechanics Applied to Medicine/Biology | X | ||||||||||||||
28 | MAE | 210A | Fluid Mechanics I | X | ||||||||||||||
29 | MAE | 210B | Fluid Mechanics II | X | X | |||||||||||||
30 | MAE | 210C | Fluid Mechanics III | X | ||||||||||||||
31 | MAE | 211 | Introduction to Combustion | X | ||||||||||||||
32 | MAE | 212 | Introductory Compressible Flow | X | X | |||||||||||||
33 | MAE | 213 | Mechanics of Propulsion | X | ||||||||||||||
34 | MAE | 214A | Introduction to Turbulence and Turbulent Mixing | X | X | X | ||||||||||||
35 | MAE | 216 | Turbulence and Mixing | X | X | |||||||||||||
36 | MAE | 217A | Introduction to Gas Discharge Plasma Physics | X | ||||||||||||||
37 | MAE | 217B | Intro to Non-Magnetized Plasma Physics | X | ||||||||||||||
38 | MAE | 217C | Intro to Magnetized Plasma Physics | X | ||||||||||||||
39 | MAE | 218A | Intro to High Energy Density Physics (MHD & Pinches) | X | ||||||||||||||
40 | MAE | 218B | Introduction to High Energy Density Physics (Laser-Plasma Interactions) | X | ||||||||||||||
41 | MAE | 220A | Physics of Gases | X | ||||||||||||||
42 | MAE | 220B | Physical Gas Dynamics | X | ||||||||||||||
43 | MAE | 221A | Heat Transfer | X | X | |||||||||||||
44 | MAE | 221B | Mass Transfer | X | X | |||||||||||||
45 | MAE | 224A | Environmental Fluid Dynamics I | X | X | |||||||||||||
46 | MAE | 224B | Environmental Fluid Dynamics II | X | X | |||||||||||||
47 | MAE | 228 | Selected Topics in Plasma Physics | X | ||||||||||||||
48 | MAE | 231A | Foundations of Solid Mechanics | X | ||||||||||||||
49 | MAE | 231B | Elasticity | X | ||||||||||||||
50 | MAE | 231C | Inelasticity | X* | ||||||||||||||
51 | MAE | 232A | Finite Element Methods in Solid Mechanics I | X | X | |||||||||||||
52 | MAE | 232B | Finite Element Methods in Solid Mechanics II | X | X | |||||||||||||
53 | MAE | 232C | Finite Element Methods in Solid Mechanics III | X | X | |||||||||||||
54 | MAE | 233A | Fracture Mechanics | X | ||||||||||||||
55 | MAE | 233B | Micromechanics | X | ||||||||||||||
56 | MAE | 235 | Computational Techniques in Finite Elements | X | ||||||||||||||
57 | MAE | 238 | Stress Waves in Solids | X | ||||||||||||||
58 | MAE | 242 | Robot Motion Planning | X | ||||||||||||||
59 | MAE | 247 | Cooperative Control of Multi-agent Systems | X | ||||||||||||||
60 | MAE | 251 | Structure and Bonding of Solids | X | ||||||||||||||
61 | MAE | 253 | Advanced Ceramics | X | ||||||||||||||
62 | MAE | 254 | Energy Materials and Applications | X | X | |||||||||||||
63 | MAE | 255 | Boundary Layer and Renewable Energy Meteorology | X | ||||||||||||||
64 | MAE | 256 | Radiative Transfer for Energy Applications | X | X | |||||||||||||
65 | MAE | 261 | Cardiovascular Fluid Mechanics | X | ||||||||||||||
66 | MAE | 262 | Biological Fluid Mechanics | X | ||||||||||||||
67 | MAE | 263 | Experimental Methods in Cell Mechanics | X | ||||||||||||||
68 | MAE | 264 | Mechanics and Thermodynamics of Biological Membranes | |||||||||||||||
69 | MAE | 265A | Electronic and Photonic Properties of Materials | X | ||||||||||||||
70 | MAE | 265B | Magnetic Materials: Principles and Applications | X | ||||||||||||||
71 | MAE | 266 | Biomaterials | X | X | |||||||||||||
72 | MAE | 267 | Nanomaterials and Properties | X | X | |||||||||||||
73 | MAE | 271A | Thermodynamics of Solids | X | ||||||||||||||
74 | MAE | 271B | Solid State Diffusion and Reaction Kinetics | X | ||||||||||||||
75 | MAE | 271C | Phase Transformations | X | ||||||||||||||
76 | MAE | 272 | Imperfections in Solids | X | ||||||||||||||
77 | MAE | 276 | Mechanics of Soft Materials | X | X | |||||||||||||
78 | MAE | 277A | Complexity and Large-Scale Systems | X | ||||||||||||||
79 | MAE | 280A | Linear Systems Theory | X | ||||||||||||||
80 | MAE | 280B | Linear Control Design | X | ||||||||||||||
81 | MAE | 281A | Nonlinear Systems | X | ||||||||||||||
82 | MAE | 281B | Nonlinear Control | X | ||||||||||||||
83 | MAE | 283A | Parametric Identification: Theory and Methods | X | ||||||||||||||
84 | MAE | 283B | Approximate Identification and Control | X | ||||||||||||||
85 | MAE | 284 | Robust and Multivariable Control | X | ||||||||||||||
86 | MAE | 285 | Design of Micro/Nanoacoustofluidic Devices | X | ||||||||||||||
87 | MAE | 286 | Hybrid Systems | X | ||||||||||||||
88 | MAE | 287 | Control of Distributed Parameter Systems | X | ||||||||||||||
89 | MAE | 288A | Optimal Control | X | ||||||||||||||
90 | MAE | 288B | Optimal Estimation | X | ||||||||||||||
91 | MAE | 289A | Mathematical Analysis for Applications | X | ||||||||||||||
92 | MAE | 289B | Real Analysis for Applications | X | ||||||||||||||
93 | MAE | 289C | Functional Analysis and Applications | X | X | |||||||||||||
94 | MAE | 290A | Numerical Methods for Linear Algebra and ODE Simulation | X | X | |||||||||||||
95 | MAE | 290B | Numerical Methods for Differential Equations | X | X | |||||||||||||
96 | MAE | 290C | Computational Fluid Dynamics | X | ||||||||||||||
97 | MAE | 291 | Design and Mechanics in Computer Technology | X | ||||||||||||||
98 | MAE | 292 | Computer-Aided Design and Analysis | X | ||||||||||||||
99 | MAE | 293 | Flow Control | X | ||||||||||||||
100 | MAE | 294A | Introduction to Applied Mathematics | X |