C&EE

Civil and Environmental Engineering

102 courses on record · 19 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.

102 courses

Lower division 5

Lower division courses in Civil and Environmental Engineering
Course	Title	Predicted GPA	This term
1	Civil Engineering and Infrastructure	no letter grades	1 section
19	Fiat Lux Freshman Seminars	no letter grades	—
M20	Introduction to Computer Programming with MATLAB	3.79 n=524	—
M20P	Introduction to Computer Programming with Python	no grade history	—
91	Statics	3.21 n=91	—

Upper division 52

Upper division courses in Civil and Environmental Engineering
Course	Title	Predicted GPA	This term
102	Dynamics of Particles and Bodies	3.13 n=168	—
103	Applied Numerical Computing and Modeling in Civil and Environmental Engineering	3.42 n=465	—
C104	Structure, Processing, and Properties of Civil Engineering Materials	3.31 n=100	—
107	Environmental Fluid Mechanics	3.82 n=38	—
108	Introduction to Mechanics of Deformable Solids	3.15 n=439	—
108L	Experimental Structural Mechanics	3.80 n=89	—
109EW	Ethics in Civil and Environmental Engineering	3.72 n=22	—
110	Introduction to Probability and Statistics for Engineers	3.48 n=696	—
C111	Machine Learning and Artificial Intelligence for Civil Engineering	3.56 n=33	—
116XP	Engineering and Environmental Justice	3.82 n=27	—
120	Principles of Soil Mechanics	3.36 n=380	1 section
120L	Soil Mechanics Laboratory	3.63 n=18 small sample	—
121	Design of Foundations and Earth Structures	3.04 n=75	—
123	Advanced Geotechnical Design	3.61 n=14 small sample	—
125	Fundamentals of Earthquake Engineering	3.48 n=82	—
129L	Engineering Geomatics	3.51 n=96	—
130	Elementary Structural Mechanics	3.45 n=68	—
135A	Elementary Structural Analysis	3.57 n=274	1 section
135B	Intermediate Structural Analysis	3.64 n=138	—
135L	Structural Design and Testing Laboratory	3.81 n=150	—
140L	Structural Components and Systems Testing Laboratory	3.81 n=20	—
141	Steel Structures	3.35 n=79	—
142	Design of Reinforced Concrete Structures	3.50 n=210	—
143	Design of Prestressed Concrete Structures	3.36 n=39	—
147	Design and Construction of Tall Buildings	3.26 n=63	—
148	Wood and Timber Design	3.14 n=41	—
150	Introduction to Hydrology	3.16 n=371	1 section
151	Introduction to Water Resources Engineering	3.51 n=157	—
152	Hydraulic and Hydrologic Design	3.66 n=26	—
153	Introduction to Environmental Engineering Science	3.74 n=620	1 section
154	Chemical Fate and Transport in Aquatic Environments	3.87 n=212	—
155	Unit Operations and Processes for Water and Wastewater Treatment	3.23 n=107	1 section
156A	Environmental Chemistry Laboratory	3.90 n=126	1 section
156B	Environmental Engineering Unit Operations and Processes Laboratory	3.87 n=65	—
157C	Design of Wastewater Treatment Plants	3.75 n=22	—
157L	Hydrologic Analysis	3.89 n=113	—
C158	Coastal Engineering	3.37 n=45	—
C159	Green Infrastructure	3.86 n=215	—
164	Sustainable Waste Management	3.94 n=64	—
C164	Sustainable Waste Management	3.87 n=130	—
M165	Environmental Nanotechnology: Implications and Applications	3.88 n=196	—
M166	Environmental Microbiology	3.71 n=101	—
170	Introduction to Construction Management	3.06 n=46	—
180	Introduction to Transportation Engineering	3.81 n=205	—
C181	Traffic Engineering Systems: Operations and Control	3.85 n=90	1 section
C183	Transportation Sustainability	3.85 n=21	—
C184	Transportation System and Policy Outcomes	no grade history	—
C185	Transportation Systems Analysis	3.75 n=23	—
C186	Intelligent Transportation Systems	3.51 n=21	—
188	Special Courses in Civil and Environmental Engineering	3.89 n=87	—
190	Professional Practice	3.70 n=233	1 section
194	Research Group Seminars: Civil and Environmental Engineering: Seminar 2	3.79 n=10 small sample	—

Graduate 45

Graduate courses in Civil and Environmental Engineering
Course	Title	Predicted GPA	This term
200	Civil and Environmental Engineering Graduate Seminar	no letter grades	1 section
C211	Machine Learning and Artificial Intelligence for Civil Engineering	3.81 n=46	—
220	Advanced Soil Mechanics	3.41 n=39	1 section
221	Advanced Foundation Engineering	3.55 n=10 small sample	—
222	Unsaturated Soil Mechanics	no grade history	—
223	Advanced Geotechnical Design	3.48 n=20	—
M230A	Linear Elasticity	no grade history	—
232	Theory of Plates and Shells	no grade history	—
235A	Advanced Structural Analysis	3.86 n=167	2 sections
235B	Finite Element Analysis of Structures	3.70 n=78	—
M237A	Dynamics of Structures	3.57 n=10 small sample	—
239	Elementary Structural Dynamics	3.41 n=36	—
C239	Elementary Structural Dynamics	3.46 n=121	—
241	Advanced Steel Structures	3.30 n=133	—
243A	Behavior and Design of Reinforced Concrete Structural Elements	3.60 n=123	1 section
243B	Response and Design of Reinforced Concrete Structural Systems	3.56 n=33	—
244	Structural Reliability	3.84 n=98	—
245	Earthquake Ground Motion Characterization	3.46 n=134	—
246	Structural Response to Ground Motions	3.53 n=61	—
247	Earthquake Hazard Mitigation	3.58 n=91	—
250A	Surface Water Hydrology	3.75 n=88	1 section
250B	Groundwater Hydrology	3.75 n=42	—
250C	Hydrometeorology	3.45 n=27	—
250D	Water Resources Systems Engineering	3.67 n=21	—
251C	Remote Sensing with Hydrologic Applications	3.73 n=22	—
251D	Hydrologic Data Assimilation	3.61 n=10 small sample	—
251E	Environmental Data Analysis	no grade history	—
253	Mathematical Models for Water Quality Management	3.85 n=28	1 section
254A	Environmental Aquatic Inorganic Chemistry	3.85 n=108	1 section
255A	Physical and Chemical Processes for Water and Wastewater Treatment	3.27 n=75	—
255B	Biological Processes for Water and Wastewater Treatment	3.56 n=52	—
258A	Membrane Separations in Aquatic Systems	3.91 n=46	—
C259	Green Infrastructure	3.82 n=76	—
261A	Advanced Water Treatment Processes	3.91 n=42	—
C264	Sustainable Waste Management	3.83 n=30	—
266	Environmental Biotechnology	3.76 n=74	1 section
C281	Traffic Engineering Systems: Operations and Control	3.87 n=48	1 section
C283	Transportation Sustainability	no grade history	—
C284	Transportation System and Policy Outcomes	no grade history	—
C285	Transportation Systems Analysis	3.78 n=50	—
M287	Travel Behavior Analysis	3.61 n=11 small sample	—
296	Advanced Topics in Civil Engineering	no letter grades	—
298	Seminar: Engineering: Mathematical Programming for Transportation and Logistics	3.89 n=166	—
495	Teaching Assistant Training Seminar	no letter grades	1 section
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.