CH ENGR

Chemical Engineering

61 courses on record · 14 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.

61 courses

Lower division 4

Lower division courses in Chemical Engineering
Course	Title	Predicted GPA	This term
10	Introduction to Chemical and Biomolecular Engineering	3.90 n=404	1 section
19	Fiat Lux Freshman Seminars	no letter grades	—
45	Biomolecular Engineering Fundamentals	3.17 n=310	—
88S	Everything on Energy: Solutions of Today and Tomorrow	no letter grades	—

Upper division 29

Upper division courses in Chemical Engineering
Course	Title	Predicted GPA	This term
100	Fundamentals of Chemical and Biomolecular Engineering	3.40 n=324	1 section
101A	Transport Phenomena I	3.66 n=288	1 section
101B	Transport Phenomena II: Heat Transfer	3.46 n=283	—
101C	Mass Transfer	3.45 n=294	—
102A	Thermodynamics I	3.86 n=310	—
102B	Thermodynamics II	3.78 n=306	—
103	Separation Processes	2.97 n=217	—
104A	Chemical and Biomolecular Engineering Laboratory I	3.75 n=287	—
104B	Chemical and Biomolecular Engineering Laboratory II	3.79 n=166	1 section
104C	Semiconductor Processing	3.64 n=62	—
104CL	Semiconductor Processing Laboratory	3.86 n=35	—
104D	Molecular Biotechnology Laboratory: From Gene to Product	3.67 n=35	—
106	Chemical Reaction Engineering	3.36 n=222	1 section
107	Process Dynamics and Control	3.58 n=295	—
108A	Process Economics and Analysis	3.80 n=295	—
108B	Chemical Process Computer-Aided Design and Analysis	3.79 n=294	—
109	Numerical and Mathematical Methods in Chemical and Biological Engineering	3.58 n=288	1 section
C112	Polymer Processes	3.74 n=56	—
CM114	Electrochemical Processes	3.60 n=20	—
C115	Biochemical Reaction Engineering	3.67 n=121	1 section
C116	Surface and Interface Engineering	3.55 n=59	—
C118	Multimedia Environmental Assessment	3.87 n=28	—
C124	Cell Material Interactions	3.74 n=23	—
C125	Bioseparations and Bioprocess Engineering	3.59 n=98	—
C128	Hydrogen	3.93 n=94	—
CM145	Molecular Biotechnology for Engineers	3.61 n=104	1 section
M148	Introduction to Data Science	no grade history	—
M153	Introduction to Microscale and Nanoscale Manufacturing	no grade history	—
194	Research Group Seminars: Chemical Engineering	3.92 n=38	—

Graduate 28

Graduate courses in Chemical Engineering
Course	Title	Predicted GPA	This term
200	Advanced Engineering Thermodynamics	3.87 n=115	1 section
210	Advanced Chemical Reaction Engineering	3.62 n=106	—
CM214	Electrochemical Processes	3.73 n=58	—
CM215	Biochemical Reaction Engineering	no grade history	—
C216	Surface and Interface Engineering	3.78 n=18 small sample	—
220	Advanced Mass Transfer	3.55 n=117	—
C228	Hydrogen	3.93 n=61	—
CM245	Molecular Biotechnology for Engineers	no grade history	—
259	Theory of Applied Mathematics for Chemical Engineers	3.94 n=69	1 section
260	Non-Newtonian Fluid Mechanics	3.70 n=31	—
270R	Advanced Research in Semiconductor Manufacturing	no grade history	—
298A	Research Seminar	no letter grades	1 section
298B	Research Seminar	no grade history	—
298C	Research Seminar	no grade history	—
298D	Research Seminar	no grade history	—
298F	Research Seminar	no grade history	—
298J	Research Seminar	no grade history	—
298M	Research Seminar	no grade history	—
298N	Research Seminar	no letter grades	1 section
298O	Research Seminar	no grade history	—
298P	Research Seminar	no grade history	—
298S	Research Seminar	no grade history	—
298T	Research Seminar	no grade history	—
298V	Research Seminar	no grade history	—
298Z	Research Seminar	no letter grades	—
299	Departmental Seminar	no letter grades	1 section
495A	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.