All schools / North Carolina State University at Raleigh / NE

NE

North Carolina State University at Raleigh

2,294 grades57 courses33 professors8 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.

3.47

average GPA across 2,294 grades

+4% vs. North Carolina State University at Raleigh overall (3.35)

89%

A or B

of 2,294 grades

3.6%

D, F or withdrew

A66.0%

B22.7%

Every term against the 3.47 department average 8 terms

Fall 2022Spring 2025

Most taken

NE 202

Radiation Sources, Interaction and Detection

Special Topics In Nuclear Engineering I

Introduction to Nuclear Engineering

Advanced Topics In Nuclear Engineering I

Nuclear Engineering Senior Design Preparation

Nuclear Engineering Design Project

Fundamentals of Nuclear Engineering

Introduction to Nuclear Energy

3.23

82 grades

−7% vs. dept

Courses with a grade record · 57

200 level4 300 level3 400 level14 500 level23 700 level13

CourseDistributionGPAvs. deptGrades

200 level4 courses

NE 201 · Introduction to Nuclear Engineering

3.83 +10% vs. dept 133

NE 202 · Radiation Sources, Interaction and Detection

2.30 −34% vs. dept 138

NE 228 · Introduction To Fusion Energy

3.38 −3% vs. dept 45

NE 290 · Introduction to Health Physics

3.29 −5% vs. dept 22

300 level3 courses

NE 301 · Fundamentals of Nuclear Engineering

2.96 −15% vs. dept 83

NE 309 · Introduction to Materials for Nuclear Energy

3.25 −6% vs. dept 36

NE 350 · Applied Mathematics in Nuclear Engineering

3.43 −1% vs. dept 3

400 level14 courses

NE 400 · Nuclear Reactor Energy Conversion

3.63 +4% vs. dept 64

NE 401 · Reactor Analysis and Design

2.83 −18% vs. dept 75

NE 402 · Reactor Engineering

2.98 −14% vs. dept 72

NE 403 · Nuclear Reactor Laboratory

3.56 +3% vs. dept 79

NE 404 · Radiation Safety and Shielding

2.73 −21% vs. dept 62

NE 405 · Reactor Systems

3.29 −5% vs. dept 67

NE 406 · Nuclear Engineering Senior Design Preparation

3.92 +13% vs. dept 91

NE 408 · Nuclear Engineering Design Project

3.85 +11% vs. dept 87

NE 409 · Nuclear Materials

2.65 −24% vs. dept 14

NE 412 · Nuclear Fuel Cycles

3.19 −8% vs. dept 26

NE 419 · Introduction to Nuclear Energy

3.23 −7% vs. dept 82

NE 431 · Nuclear Waste Management

3.11 −10% vs. dept 9

NE 460 · Probabilistic Risk Assessment and Management of Nuclear Systems

3.27 −6% vs. dept 6

NE 491 · Special Topics in Nuclear Engineering

3.48 +0% vs. dept 41

500 level23 courses

NE 500 · Advanced Energy Conversion in Nuclear Reactors

3.75 +8% vs. dept 38

NE 501 · Reactor Analysis and Design

3.37 −3% vs. dept 12

NE 502 · Reactor Engineering

3.67 +6% vs. dept 20

NE 504 · Radiation Safety and Shielding

3.35 −3% vs. dept 33

NE 505 · Reactor Systems

3.50 +1% vs. dept 33

NE 509 · Nuclear Materials

3.73 +7% vs. dept 38

NE 511 · Multi-physics of Nuclear Reactors

3.97 +14% vs. dept 11

NE 512 · Nuclear Fuel Cycles

3.85 +11% vs. dept 35

NE 520 · Radiation and Reactor Fundamentals

3.49 +0% vs. dept 59

NE 521 · Principles of Radiation Measurement

3.36 −3% vs. dept 18

NE 522 · Principles of Nuclear Reactor Engineering

4.00 +15% vs. dept 5

NE 523 · Computational Transport Theory

3.50 +1% vs. dept 15

NE 528 · Introduction to Plasma Physics and Fusion Energy

3.28 −6% vs. dept 64

NE 529 · Plasma Physics and Fusion Energy II

3.67 +6% vs. dept 25

NE 531 · Nuclear Waste Management

3.32 −5% vs. dept 18

NE 533 · Nuclear Fuel Performance

3.74 +8% vs. dept 19

NE 541 · Nuclear Nonproliferation Technology and Policy

3.86 +11% vs. dept 45

NE 542 · Biomedical Applications of Plasma

3.76 +8% vs. dept 10

NE 550 · Introduction to Atomistic Simulations

3.79 +9% vs. dept 26

NE 560 · Probabilistic Risk Assessment and Management of Nuclear Systems

3.88 +12% vs. dept 35

NE 577 · Multiscale Two-phase Flow Simulations

3.51 +1% vs. dept 12

NE 590 · Health Physics and Radiological Emergency Response

3.46 −0% vs. dept 14

NE 591 · Special Topics In Nuclear Engineering I

3.84 +11% vs. dept 135

700 level13 courses

NE 723 · Neutron Transport Theory

3.80 +9% vs. dept 13

NE 724 · Reactor Heat Transfer

3.97 +14% vs. dept 11

NE 732 · Principles of Industrial Plasmas

3.81 +10% vs. dept 25

NE 740 · Laboratory Projects In Nuclear Engineering

3.96 +14% vs. dept 17

NE 745 · Plasma Laboratory

3.90 +12% vs. dept 20

NE 751 · Nuclear Reactor Design Calculations

3.80 +9% vs. dept 10

NE 752 · Thermal Hydraulic Design Calculations

3.97 +14% vs. dept 30

NE 757 · Radiation Effects On Materials

3.84 +11% vs. dept 18

NE 765 · Verification and Validation in Scientific Computing

3.98 +15% vs. dept 31

NE 777 · Radiological Assessment

3.70 +7% vs. dept 9

NE 780 · Magnetohydrodynamics & Transport in Plasmas

3.95 +14% vs. dept 18

NE 781 · Kinetic Theory, Waves, & Non-Linear Effects in Plasmas

4.00 +15% vs. dept 6

NE 795 · Advanced Topics In Nuclear Engineering I

3.86 +11% vs. dept 131

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