Program Overview

Introduction to the Nuclear Engineering Program

The Bachelor of Science degree in nuclear engineering at the University of California, Berkeley, aims to train the next generation of nuclear engineers for the scientific and industrial workforce. This program features basic knowledge in nuclear science and technology, as well as further elective in-depth topics. The program is ABET certified, preparing students for further degrees or a successful career in industry.

Overview of the Program

The nuclear engineering program covers a wide range of topics, including medical applications, fission energy, fusion energy, and radioactive waste management. Students in the program learn how the principles of engineering physics can be applied to imaging and therapy, as well as the development of systems for the safe and permanent disposal of radioactive waste.

Subject Areas

• Medical Applications: Nuclear processes have an amazingly diverse range of applications, perhaps the most important being in medicine, where over 1/3 of all procedures in the United States use nuclear techniques.
  • Nuclear processes are used to provide images inside the human body, to detect and measure biochemical processes, and to provide therapy.
• Fission Energy: The vision of fission energy is compelling, with the potential to provide a significant portion of the world's energy needs while minimizing waste and reducing carbon dioxide emissions.
  • The U.S. has 103 nuclear power plants providing over 20% of its electricity, and worldwide, the number is 433.
  • These plants have helped stabilize electricity costs and reduce substantially the amount of carbon dioxide that worldwide electricity use releases to the atmosphere.
• Fusion Energy: The development of economic fusion energy systems is one of nuclear engineering's greatest grand challenges, with the potential to fundamentally alter the way that humankind interacts with its environment.
  • In a well-designed fusion power plant, burning one ounce of fusion fuel makes as much energy as burning 300 tons of coal while making a negligible amount of waste.
• Radioactive Waste Management: Another grand challenge problem that graduates work on is developing systems for the safe and permanent disposal of radioactive waste.
  • The most significant milestone in this field occurred with the opening of WIPP, the world's first geologic repository.

Curriculum and Courses

• The program includes a range of courses that provide students with a comprehensive understanding of nuclear engineering principles and practices.
• Students can learn more about the courses and curriculum through the undergraduate curriculum flowchart and transfer student curriculum flowchart.

Research Areas

The nuclear engineering department at UC Berkeley is involved in a range of research areas, including:

• Fission Energy
• Fusion Energy
• Nuclear Security and Nonproliferation
• Radiation Detection and Imaging
• Nuclear Materials and Chemistry
• Nuclear Physics and Nuclear Data
• Laser, Particle Beam, and Plasma Technologies
• Bionuclear and Medical Physics
• Fuel Cycles and Radioactive Waste
• Nuclear Space Technology
• Artificial Intelligence in Nuclear Science, Engineering, and Technologies

Conclusion

The nuclear engineering program at the University of California, Berkeley, provides students with a comprehensive education in nuclear science and technology, preparing them for careers in industry, research, and academia. With its strong focus on research and its involvement in a range of grand challenge problems, the program is well-positioned to address the complex energy and environmental challenges facing the world today.