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Dibs Fall 2026

EC ENGR

Electrical and Computer Engineering

141 courses on record · 29 with sections in Fall 2026

Live section data currently covers GE courses; the rest is filled in by a nightly pass, so this department is likely running more than is listed here.

141 courses

Lower division 10

Lower division courses in Electrical and Computer Engineering
Course Title Predicted GPA This term
1 Undergraduate Seminar no letter grades 1 section
2 Physics for Electrical Engineers 3.44 n=533 1 section
2H Physics for Electrical Engineers (Honors) 3.50 n=108 —
3 Introduction to Electrical Engineering 3.57 n=1,316 1 section
10 Circuit Theory I 3.09 n=371 —
10H Circuit Theory I (Honors) 3.36 n=148 1 section
11L Circuits Laboratory I 3.80 n=531 1 section
M16 Logic Design of Digital Systems 2.95 n=480 —
19 Artificial Intelligence for Future CEOs no letter grades —
98T Reading Equity and Inclusion in Speech-Language Technology 3.69 n=20 —

Upper division 65

Upper division courses in Electrical and Computer Engineering
Course Title Predicted GPA This term
100 Electrical and Electronic Circuits 3.16 n=1,749 —
101A Engineering Electromagnetics 3.34 n=556 1 section
101B Electromagnetic Waves 3.21 n=439 —
102 Systems and Signals 3.30 n=1,497 1 section
110 Circuit Theory II 3.32 n=529 —
110H Circuit Theory II (Honors) 3.34 n=89 —
110L Circuit Measurements Laboratory 3.45 n=691 3 sections
111L Circuits Laboratory II 3.68 n=619 —
112 Introduction to Power Systems 3.91 n=112 —
113 Digital Signal Processing 3.36 n=913 2 sections
113DA Digital Signal Processing Design no letter grades 1 section
113DB Digital Signal Processing Design 3.94 n=88 —
113DW Digital Signal Processing Design 3.88 n=87 —
114 Speech and Image Processing Systems Design 3.50 n=61 —
115A Analog Electronic Circuits I 3.19 n=464 1 section
115B Analog Electronic Circuits II 3.34 n=162 —
115C Digital Electronic Circuits 3.12 n=465 —
115DA Electronic Circuits and Systems Design 3.86 n=32 —
115DW Electronic Circuits and Systems Design 3.90 n=64 —
115E Design Studies in Electronic Circuits 3.71 n=66 —
C115P Power Electronics no grade history —
M116C Computer Systems Architecture 3.78 n=900 —
M116L Introductory Digital Design Laboratory no grade history —
117 Computer System Security 3.91 n=45 —
M117 Computer System Security 3.96 n=141 —
M119 Fundamentals of Embedded Networked Systems 3.80 n=135 1 section
121B Principles of Semiconductor Device Design 3.56 n=437 —
121DA Semiconductor Processing and Device Design no letter grades —
121DB Semiconductor Processing and Device Design 3.89 n=60 —
123A Fundamentals of Solid-State I 3.82 n=65 —
128 Principles of Nanoelectronics 3.69 n=162 —
131A Probability and Statistics 3.47 n=967 1 section
132A Introduction to Communication Systems 3.14 n=381 —
132B Data Communications and Telecommunication Networks 3.69 n=187 —
133A Applied Numerical Computing 3.23 n=453 1 section
133B Simulation, Optimization, and Data Analysis 3.75 n=11 small sample —
134 Graph Theory in Engineering 3.53 n=124 —
141 Principles of Feedback Control 3.52 n=540 —
C143A Neural Signal Processing 3.38 n=164 —
M146 Introduction to Machine Learning 3.30 n=391 —
C147A Neural Networks and Deep Learning no grade history —
C147 Neural Networks and Deep Learning 3.77 n=714 —
M148 Introduction to Data Science 3.86 n=596 —
149 Foundations of Computer Vision 3.85 n=178 —
M153 Introduction to Microscale and Nanoscale Manufacturing no grade history —
162A Wireless Communication Links and Antennas 3.53 n=65 —
163A Introductory Microwave Circuits 3.72 n=77 1 section
163C Introduction to Microwave Systems 3.52 n=49 —
163DA Microwave and Wireless Design I no letter grades —
163DB Microwave and Wireless Design II 3.72 n=45 —
164DA Radio Frequency Design Project I no letter grades —
164DB Radio Frequency Design Project II 3.75 n=16 small sample —
170A Principles of Photonics 3.56 n=280 1 section
176 Photonics in Biomedical Applications 3.90 n=76 —
180DA Systems Design no letter grades 2 sections
180DB Systems Design 3.88 n=128 —
180DW Systems Design 3.81 n=128 —
181DA Honors Thesis no grade history —
183DA Design of Robotic Systems I no letter grades —
183DB Design of Robotic Systems II 3.48 n=47 —
M185 Introduction to Plasmas in the Laboratory, Space, and Engineering no grade history —
188 Special Courses in Electrical Engineering 3.82 n=488 —
189 Advanced Honors Seminars: Seminar 2 3.93 n=164 —
194 Research Group Seminars: Electrical Engineering 3.98 n=279 2 sections
199 Directed Research in Electrical Engineering 3.84 n=17 small sample —

Graduate 66

Graduate courses in Electrical and Computer Engineering
Course Title Predicted GPA This term
201A VLSI Design Automation 3.76 n=88 —
201C Artificial Intelligence on Chip 3.76 n=15 small sample —
201D Design in Nanoscale Technologies 3.83 n=60 —
M202A Embedded Systems 3.71 n=117 1 section
205A Matrix Analysis for Scientists and Engineers 3.65 n=457 1 section
209AS Special Topics in Circuits and Embedded Systems: Lecture 1 3.89 n=1,056 —
209BS Seminar: Circuits and Embedded Systems: Seminar 1 3.95 n=82 1 section
212A Theory and Design of Digital Filters 3.33 n=155 1 section
M214A Digital Speech Processing 3.60 n=180 —
214B Advanced Topics in Speech Processing 3.85 n=31 —
215A Analog Integrated Circuit Design 3.41 n=332 3 sections
215B Advanced Digital Integrated Circuits 3.54 n=106 —
215C Analysis and Design of RF Circuits and Systems 3.53 n=213 —
215D Analog Microsystem Design 3.29 n=100 —
215E Signaling and Synchronization 3.48 n=166 —
C215P Power Electronics no grade history —
M216A Design of VLSI Circuits and Systems 3.38 n=290 3 sections
216B VLSI Signal Processing 3.69 n=143 —
219 Large-Scale Data Mining: Models and Algorithms 3.87 n=897 —
221A Physics of Semiconductor Devices I 3.72 n=52 —
221B Physics of Semiconductor Devices II 3.74 n=32 —
221C Microwave Semiconductor Devices 3.78 n=23 —
222 Integrated Circuits Fabrication Processes 3.85 n=49 —
223 Solid-State Electronics I 3.63 n=48 —
224 Solid-State Electronics II 3.73 n=11 small sample —
230A Detection and Estimation in Communication 3.61 n=91 —
230B Digital Communication Systems 3.57 n=76 —
231A Information Theory 3.62 n=201 2 sections
231E Channel Coding Theory 3.56 n=55 —
232B Queueing Systems and Intelligent Transportation Networks 3.70 n=68 —
232D Communications Networking and Traffic Management for Autonomous Mobile Systems 3.83 n=40 —
232E Large Scale Social and Complex Networks: Design and Algorithms 3.91 n=612 —
233 Wireless Communications System Design, Modeling, and Implementation 3.83 n=107 —
234A Network Coding Theory and Applications no grade history —
235A Mathematical Foundations of Data Storage Systems 3.83 n=16 small sample —
236A Linear Programming 3.54 n=373 1 section
236B Convex Optimization 3.71 n=201 —
236C Optimization Methods for Large-Scale Systems 3.78 n=26 —
239AS Special Topics in Signals and Systems: Lecture 1 3.94 n=948 —
240A Linear Dynamic Systems no grade history —
M240A Linear Dynamic Systems 3.20 n=24 —
241A Stochastic Processes 3.68 n=84 —
M242A Nonlinear Dynamic Systems 3.85 n=38 —
C243A Neural Signal Processing 3.72 n=112 —
246 Foundations of Statistical Machine Learning 3.66 n=117 —
C247A Neural Networks and Deep Learning no grade history —
C247 Neural Networks and Deep Learning 3.79 n=797 —
M252 Microelectromechanical Systems (MEMS) Device Physics and Design 3.77 n=123 —
M255 Neuroengineering no grade history —
M257 Nanoscience and Technology no grade history —
260A Advanced Engineering Electrodynamics 3.55 n=80 1 section
260B Advanced Engineering Electrodynamics 3.61 n=10 small sample —
262 Antenna Theory and Design 3.63 n=48 —
270 Applied Quantum Mechanics 3.68 n=94 1 section
271 Classical Laser Theory 3.43 n=65 —
273 Nonlinear Photonics 3.60 n=66 —
M275 Micro- and Nanoscale Biosensing for Molecular Diagnostics 3.79 n=59 —
279AS Special Topics in Physical and Wave Electronics: Lecture 1 3.88 n=226 —
295 Academic Technical Writing for Electrical Engineers no letter grades —
296 Seminar: Research Topics in Electrical Engineering no letter grades 49 sections
297 Seminar Series: Electrical Engineering: Seminar 1 no letter grades —
299 MS Project Seminar no grade history —
M495 Teaching Preparation Seminar: Teaching and Writing Pedagogies for Electrical Engineers no letter grades —
597A Preparation for MS Comprehensive Examination no letter grades —
597B Preparation for PhD Preliminary Examinations no letter grades —
599 Research for and Preparation of PhD Dissertation no letter grades —

“Predicted” is shrunk toward the department average, so a course taught once to a dozen students sits near the department mean rather than at whatever those twelve happened to get. The figure is always shown — small sample marks where it rests mostly on that prior.