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MSE

North Carolina State University at Raleigh
5,997 grades63 courses46 professors12 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.

3.21
average GPA across 5,997 grades
−4% vs. North Carolina State University at Raleigh overall (3.35)
82%
A or B
of 5,997 grades
5.2%
D, F or withdrew
A48.8%
B32.7%
C13.2%
Every term against the 3.21 department average 12 terms
Summer 2022Summer 2025
Most taken
MSE 200
Mechanical Properties of Structural Materials
3.03
1,925 grades
−6% vs. dept
MSE 201
Structure and Properties of Engineering Materials
3.00
976 grades
−7% vs. dept
MSE 500
Modern Concepts in Materials Science
3.86
191 grades
+20% vs. dept
MSE 791
Advanced Topics in Materials Science and Engineering
3.79
165 grades
+18% vs. dept
MSE 301
Introduction to Thermodynamics of Materials
3.12
159 grades
−3% vs. dept
MSE 300
Structure of Materials at the Nanoscale
3.19
138 grades
−1% vs. dept
MSE 255
Experimental Methods for Structural Analysis of Materials
3.08
128 grades
−4% vs. dept
MSE 260
Mathematical Methods for Materials Engineers
3.08
123 grades
−4% vs. dept
Courses with a grade record · 63
200 level5300 level8400 level14500 level15700 level21
CourseDistributionGPAvs. deptGrades
200 level5 courses
MSE 200 · Mechanical Properties of Structural Materials
3.03 −6% vs. dept 1,925
MSE 201 · Structure and Properties of Engineering Materials
3.00 −7% vs. dept 976
MSE 255 · Experimental Methods for Structural Analysis of Materials
3.08 −4% vs. dept 128
MSE 260 · Mathematical Methods for Materials Engineers
3.08 −4% vs. dept 123
MSE 270 · Materials Science and Engineering Seminar
3.85 +20% vs. dept 111
300 level8 courses
MSE 300 · Structure of Materials at the Nanoscale
3.19 −1% vs. dept 138
MSE 301 · Introduction to Thermodynamics of Materials
3.12 −3% vs. dept 159
MSE 320 · Introduction to Defects in Solids
3.27 +2% vs. dept 116
MSE 335 · Experimental Methods for Analysis of Material Properties
3.28 +2% vs. dept 106
MSE 355 · Electrical, Magnetic and Optical Properties of Materials
2.77 −14% vs. dept 114
MSE 360 · Kinetic Processes in Materials
3.00 −7% vs. dept 109
MSE 370 · Microstructure of Inorganic Materials
3.14 −2% vs. dept 104
MSE 380 · Microstructure of Organic Materials
3.06 −5% vs. dept 109
400 level14 courses
MSE 409 · Nuclear Materials
3.20 −0% vs. dept 7
MSE 420 · Mechanical Properties of Materials
3.21 −0% vs. dept 99
MSE 423 · Introduction to Materials Engineering Design
3.77 +17% vs. dept 98
MSE 440 · Processing of Metallic Materials
3.26 +1% vs. dept 24
MSE 445 · Ceramic Processing
3.78 +18% vs. dept 58
MSE 455 · Polymer Technology and Engineering
2.71 −16% vs. dept 7
MSE 456 · Composite Materials
3.05 −5% vs. dept 19
MSE 460 · Microelectronic Materials
3.07 −4% vs. dept 33
MSE 465 · Introduction to Nanomaterials
3.41 +6% vs. dept 22
MSE 470 · Materials Science and Engineering Senior Design Project
3.62 +13% vs. dept 96
MSE 480 · Materials Forensics and Degradation
3.13 −3% vs. dept 88
MSE 485 · Biomaterials
3.00 −7% vs. dept 28
MSE 490 · Special Topics in Materials Engineering
3.78 +18% vs. dept 27
MSE 495 · Materials Engineering Projects
3.96 +23% vs. dept 7
500 level15 courses
MSE 500 · Modern Concepts in Materials Science
3.86 +20% vs. dept 191
MSE 509 · Nuclear Materials
3.95 +23% vs. dept 11
MSE 539 · Advanced Materials
3.22 +0% vs. dept 6
MSE 540 · Processing of Metallic Materials
3.46 +8% vs. dept 25
MSE 545 · Ceramic Processing
3.87 +20% vs. dept 23
MSE 555 · Polymer Technology and Engineering
3.42 +6% vs. dept 31
MSE 556 · Composite Materials
3.80 +18% vs. dept 22
MSE 560 · Microelectronic Materials Science and Technology
3.51 +9% vs. dept 20
MSE 561 · Organic Chemistry Of Polymers
3.15 −2% vs. dept 2
MSE 565 · Introduction to Nanomaterials
3.46 +8% vs. dept 62
MSE 576 · Technology Entrepreneurship and Commercialization I
3.52 +10% vs. dept 25
MSE 577 · Technology Entrepreneurship and Commercialization II
3.96 +23% vs. dept 7
MSE 580 · Materials Forensics and Degradation
3.58 +11% vs. dept 43
MSE 589 · Solid State Solar and Thermal Energy Harvesting
2.83 −12% vs. dept 6
MSE 591 · Special Topics In Materials Science and Engineering
3.76 +17% vs. dept 81
700 level21 courses
MSE 702 · Defects In Solids
3.69 +15% vs. dept 49
MSE 703 · Interaction of Electrons with Materials
3.16 −2% vs. dept 43
MSE 704 · Interaction of Photons with Materials
3.72 +16% vs. dept 33
MSE 705 · Mechanical Behavior Of Engineering Materials
3.41 +6% vs. dept 32
MSE 706 · Phase Transformations and Kinetics
3.48 +8% vs. dept 33
MSE 708 · Thermodynamics Of Materials
3.63 +13% vs. dept 53
MSE 710 · Elements Of Crystallography and Diffraction
3.57 +11% vs. dept 58
MSE 715 · Fundamentals Of Transmission Electron Microscopy
3.79 +18% vs. dept 28
MSE 718 · Advanced Transmission Electron Microscopy
4.00 +24% vs. dept 2
MSE 721 · Nanoscale Simulations and Modeling
3.27 +2% vs. dept 10
MSE 723 · Materials Informatics
3.36 +5% vs. dept 39
MSE 731 · Materials Processing by Deformation
3.30 +3% vs. dept 1
MSE 751 · Thin Film and Coating Science and Technology I
3.06 −5% vs. dept 7
MSE 752 · Thin Film and Coating Science and Technology II
3.62 +13% vs. dept 6
MSE 757 · Radiation Effects on Materials
3.90 +21% vs. dept 3
MSE 760 · Materials Science in Processing of Semiconductor Devices
3.72 +16% vs. dept 27
MSE 761 · Polymer Blends and Alloys
3.78 +18% vs. dept 6
MSE 763 · Characterization Of Structure Of Fiber Forming Polymers
2.70 −16% vs. dept 1
MSE 771 · Materials Science of Nanoelectronics
3.60 +12% vs. dept 14
MSE 791 · Advanced Topics in Materials Science and Engineering
3.79 +18% vs. dept 165
MSE 795 · Advanced Materials Experiments
4.00 +24% vs. dept 1
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