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CHE

North Carolina State University at Raleigh
7,634 grades46 courses39 professors11 terms

Department inferred from the subject code on each course. North Carolina State University at Raleigh does not publish a department field with its grade records.

3.36
average GPA across 7,634 grades
+0% vs. North Carolina State University at Raleigh overall (3.35)
88%
A or B
of 7,634 grades
2.6%
D, F or withdrew
A54.7%
B32.8%
C9.9%
Every term against the 3.36 department average 11 terms
Fall 2022Summer 2025
Most taken
CHE 205
Chemical Process Principles
2.78
684 grades
−17% vs. dept
CHE 311
Transport Processes I
3.23
478 grades
−4% vs. dept
CHE 596
Special Topics in Chemical Engineering
3.68
474 grades
+10% vs. dept
CHE 225
Introduction to Chemical Engineering Analysis
3.59
471 grades
+7% vs. dept
CHE 315
Chemical Process Thermodynamics
3.14
469 grades
−7% vs. dept
CHE 316
Thermodynamics of Chemical and Phase Equilibria
3.11
456 grades
−7% vs. dept
CHE 312
Transport Processes II
2.86
449 grades
−15% vs. dept
CHE 446
Design and Analysis of Chemical Reactors
3.04
435 grades
−10% vs. dept
Courses with a grade record · 46
200 level2300 level7400 level14500 level14700 level9
CourseDistributionGPAvs. deptGrades
200 level2 courses
CHE 205 · Chemical Process Principles
2.78 −17% vs. dept 684
CHE 225 · Introduction to Chemical Engineering Analysis
3.59 +7% vs. dept 471
300 level7 courses
CHE 311 · Transport Processes I
3.23 −4% vs. dept 478
CHE 312 · Transport Processes II
2.86 −15% vs. dept 449
CHE 315 · Chemical Process Thermodynamics
3.14 −7% vs. dept 469
CHE 316 · Thermodynamics of Chemical and Phase Equilibria
3.11 −7% vs. dept 456
CHE 330 · Chemical Engineering Lab I
3.47 +3% vs. dept 363
CHE 331 · Chemical Engineering Lab II
3.85 +15% vs. dept 199
CHE 395 · Professional Development Seminar
3.68 +10% vs. dept 382
400 level14 courses
CHE 435 · Process Systems Analysis and Control
3.09 −8% vs. dept 351
CHE 446 · Design and Analysis of Chemical Reactors
3.04 −10% vs. dept 435
CHE 448 · Bioreactor Design
3.51 +4% vs. dept 140
CHE 450 · Chemical Engineering Design I
3.66 +9% vs. dept 333
CHE 451 · Chemical Engineering Design II
3.81 +13% vs. dept 332
CHE 452 · Biomolecular Engineering
3.58 +6% vs. dept 59
CHE 460 · Chemical Processing of Electronic Materials
3.65 +9% vs. dept 2
CHE 461 · Polymer Sciences and Technology
3.34 −1% vs. dept 15
CHE 463 · Fermentation of Recombinant Microorganisms
3.53 +5% vs. dept 27
CHE 465 · Colloidal and Nanoscale Engineering
3.67 +9% vs. dept 6
CHE 468 · Conventional and Emerging Nanomanufacturing Techniques and Their Applications in Nanosystems
3.75 +12% vs. dept 4
CHE 495 · Honors Thesis Preparation
4.00 +19% vs. dept 8
CHE 497 · Chemical Engineering Projects I
3.99 +19% vs. dept 141
CHE 498 · Chemical Engineering Projects II
3.92 +17% vs. dept 20
500 level14 courses
CHE 525 · Process System Analysis and Control
3.43 +2% vs. dept 15
CHE 531 · Chemical Engineering Core Concepts I
3.88 +16% vs. dept 23
CHE 532 · Chemical Engineering Core Concepts II
3.74 +11% vs. dept 32
CHE 543 · Polymer Science and Technology
3.43 +2% vs. dept 89
CHE 546 · Design and Analysis of Chemical Reactors
3.19 −5% vs. dept 17
CHE 548 · Bioreactor Design
3.29 −2% vs. dept 9
CHE 552 · Biomolecular Engineering
3.82 +14% vs. dept 12
CHE 560 · Chemical Processing of Electronic Materials
3.71 +10% vs. dept 12
CHE 563 · Fermentation of Recombinant Microorganisms
3.79 +13% vs. dept 11
CHE 568 · Conventional and Emerging Nanomanufacturing Techniques and Their Applications in Nanosystems
3.56 +6% vs. dept 17
CHE 572 · Drug Delivery - Theory and Modern Practices
3.91 +16% vs. dept 26
CHE 577 · Advanced Biomanufacturing and Biocatalysis
3.89 +16% vs. dept 19
CHE 596 · Special Topics in Chemical Engineering
3.68 +10% vs. dept 474
CHE 597 · Chemical Engineering Projects
3.94 +17% vs. dept 112
700 level9 courses
CHE 701 · Introduction to Chemical Engineering Research
3.70 +10% vs. dept 86
CHE 702 · Chemical Engineering Research Proposition
3.81 +13% vs. dept 91
CHE 711 · Chemical Engineering Process Modeling
3.08 −8% vs. dept 166
CHE 713 · Thermodynamics I
3.20 −5% vs. dept 166
CHE 715 · Transport Phenomena
3.53 +5% vs. dept 145
CHE 717 · Chemical Reaction Engineering
3.26 −3% vs. dept 157
CHE 761 · Polymer Blends and Alloys
3.67 +9% vs. dept 14
CHE 797 · Chemical Engineering Projects
3.97 +18% vs. dept 60
CHE 798 · Advanced Chemical Engineering Projects
3.95 +18% vs. dept 57
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