Nuclear Engineering and Engineering Physics, Ph.D.

Program Overview

The Nuclear Engineering and Engineering Physics program at the University of Wisconsin-Madison focuses on the fundamental understanding of radiation interactions with matter, with applications in fission and fusion reactor engineering, nuclear materials, and plasma physics. Students gain a strong foundation in engineering principles through coursework and research, working alongside renowned faculty on research teams. Graduates pursue careers in various industries, including nuclear engineering, power generation, aerospace, defense, and academia.

Program Outline

Degree Overview:

The Nuclear Engineering and Engineering Physics program at the University of Wisconsin-Madison is focused on the fundamental understanding of interactions of radiation with matter, for applications in fission and fusion reactor engineering, nuclear materials, plasma physics and other engineering principles. With strong research and engineering components, students have access to faculty and research teams from various departments.

Objective

The program's goals include teaching students engineering principles related to the field with a strong focus on research and applied sciences.

• Course Outline:
The curriculum for the Nuclear Engineering and Engineering Physics program provides a foundational knowledge of nuclear reactor physics with specialization in areas such as fission and fusion technologies, materials science, and computational modeling.

Course Modules:

• Fission reactor theory
• Reactor dynamics
• Radiation damage in materials
• Plasma physics
• Controlled thermonuclear fusion

Teaching:

Students in the program are taught by renowned faculty members who are involved in cutting edge research. The program includes both coursework and research, with students working alongside faculty on research teams. Individualized mentoring is provided to guide students in their research interests.

Careers:

Graduates of the program pursue careers in a range of industries, including:

• Nuclear engineering
• Power generation
• Aerospace
• Defense
• Research and development
• Academia