Nuclear Engineering

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    Nuclear Engineering Courses with "Nuclear Engineering" in their name Table

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Nuclear Engineering Statistics     bar_chart_4_bars

Department Course Count
69
Longest Course Name
Nuclear Design: Design in Bionuclear, Nuclear Medicine, and Radiation Therapy
Longest Course Name Length (chars)
77
Shortest Course Name
Radiobiology
Shortest Course Name Length (chars)
12
Lower Division Course Count
2, 2.9%
Upper Division Course Count
24, 34.8%
Graduate Courses Count
43, 62.3%
Average Course Name Length (characters)
38
Number of Nuclear Engineering Courses with "Nuclear Engineering" in their name
4, 5.8%

Nuclear Engineering Department Courses Table

Nuclear Engineering University of California Berkeley
Course Name Course Code Course Hours Classification
What do nuclear engineers do? NUCENG10 Lower Division
Introduction to Nuclear Energy and Technology NUCENG100 Upper Division
Nuclear Reactions and Radiation NUCENG101 Upper Division
Nuclear Reactions and Radiation Laboratory NUCENG102 Upper Division
Radiation Detection and Nuclear Instrumentation Laboratory NUCENG104 Upper Division
Introduction to Imaging NUCENG107 Upper Division
Nuclear Materials NUCENG120 Upper Division
Radioactive Waste Management NUCENG124 Upper Division
Analytical Methods for Non-proliferation NUCENG130 Upper Division
Nuclear Science and Technology for Space NUCENG140 Upper Division
Introduction to Nuclear Reactor Theory NUCENG150 Upper Division
Introduction to Numerical Simulations in Radiation Transport NUCENG155 Upper Division
Introduction to MCNP and Nuclear Criticality Safety NUCENG156 Upper Division
Nuclear Power Engineering NUCENG161 Upper Division
Radiation Biophysics and Dosimetry NUCENG162 Upper Division
Risk-Informed Design for Advanced Nuclear Systems NUCENG167 Upper Division
Nuclear Design: Design in Nuclear Power Technology and Instrumentation NUCENG170A Upper Division
Nuclear Design: Design in Bionuclear, Nuclear Medicine, and Radiation Therapy NUCENG170B Upper Division
Methods of Risk Analysis NUCENG175 Upper Division
Introduction to Controlled Fusion NUCENG180 Upper Division
Group Study for Advanced Undergraduates NUCENG198 Upper Division
Supervised Independent Study NUCENG199 Upper Division
Introduction to Nuclear Engineering NUCENG200M Graduate
Nuclear Reactions and Interactions of Radiation with Matter NUCENG201 Graduate
Advanced Concepts in Radiation Detection and Measurements NUCENG204 Graduate
Principles of CT, PET, SPECT, MR, and Ultrasound Imaging NUCENG207 Graduate
Nuclear Reactions and Radiation NUCENG210M Graduate
Radiation Detection and Nuclear Instrumentation Laboratory NUCENG211M Graduate
Introduction to Nuclear Reactor Theory NUCENG215M Graduate
Irradiation Effects in Nuclear Materials NUCENG220 Graduate
Nuclear Materials NUCENG220M Graduate
Corrosion in Nuclear Power Systems NUCENG221 Graduate
Safety Assessment for Geological Disposal of Radioactive Wastes NUCENG224 Graduate
The Nuclear Fuel Cycle NUCENG225 Graduate
Analytical Methods for Non-Proliferation NUCENG230 Graduate
Freshman Seminars NUCENG24 Lower Division
Nuclear Reactor Theory NUCENG250 Graduate
Numerical Simulation in Radiation Transport NUCENG255 Graduate
Nuclear Criticality Safety NUCENG256M Graduate
Thermal Aspects of Nuclear Reactors NUCENG260 Graduate
Nuclear Power Engineering NUCENG261M Graduate
Radiobiology NUCENG262 Graduate
Design Analysis of Nuclear Reactors NUCENG265 Graduate
Risk-Informed Design for Advanced Nuclear Systems NUCENG267 Graduate
Advanced Nuclear Reactors NUCENG270 Graduate
Principles and Methods of Risk Analysis NUCENG275 Graduate
Fusion Reactor Engineering NUCENG280 Graduate
Fully Ionized Plasmas NUCENG281 Graduate
Special Topics in Applied Nuclear Physics NUCENG290A Graduate
Special Topics in Nuclear Materials and Chemistry NUCENG290B Graduate
Special Topics in Nuclear Energy NUCENG290C Graduate
Special Topics in Nuclear Non-Proliferation NUCENG290D Graduate
Special Topics in Environmental Aspects of Nuclear Energy NUCENG290E Graduate
Special Topics in Fusion and Plasma Physics NUCENG290F Graduate
Nuclear Engineering Colloquium NUCENG295 Graduate
Group Research Seminars NUCENG298 Graduate
Individual Research NUCENG299 Graduate
Teaching Techniques in Nuclear Engineering NUCENG375 Graduate
Individual Study for Doctoral Students NUCENG602 Graduate
Nuclear Engineering Colloquium NUCENG700 Graduate
Radiochemical Methods in Nuclear Technology and Forensics NUCENGC146 Upper Division
Modeling and Simulation of Advanced Manufacturing Processes NUCENGC226 Graduate
Medical Imaging Signals and Systems NUCENGC231 Graduate
Principles of Magnetic Resonance Imaging NUCENGC235 Graduate
Charged Particle Sources and Beam Technology NUCENGC282 Graduate
Charged Particle Beam Instrumentation Laboratory NUCENGC282L Graduate
Nuclear Security: The Nexus Between Policy and Technology NUCENGC285 Graduate
Honors Undergraduate Research NUCENGH194 Upper Division
Supervised Independent Study NUCENGS199 Upper Division
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