Program Overview

Master Program: Science and Technology of Nuclear Fusion

The Science and Technology of Nuclear Fusion Master's program is a two-year program, with each year worth 60 credits, and each credit equivalent to 28 hours of study.

Program Structure

The Master's program includes 120 credits and consists of the following components:

• Mandatory core study components – 20 credits
• Track electives – 20 credits
• Masterclasses – 5 credits
• Free elective space – 15 credits
• Internship – 15 credits
• Graduation project – 45 credits

At least 15 ECTS of the internship or graduation project needs to be executed abroad.

Approval of Study Program

Students should list their desired study program on the NF Study Program Form, discuss it with their mentor, and submit the fully completed form to the Study Program Committee via Osiris Zaak, no later than six months after the start of their Master's program. Also, send a copy (Cc) of the NF Study Program Form to the mentor.

The study program for the Combiprogram NF-MAP or a Double Diploma program should be submitted at the study guide for double degree programs.

Curriculum

An overview of courses offered by the Department of Applied Physics and Science Education for the Master's Program Science and Technology of Nuclear Fusion in the academic year can be found in the provided documents.

Changes in Curriculum

An overview of the changes in the courses offered by the Department of Applied Physics and Science Education for the Master's Program Science and Technology of Nuclear Fusion in the academic year can be found in the provided documents. This overview also includes changes in courses offered for other programs organized by the Department of Applied Physics and Science Education.

Downloads

Available documents include:

• Master curriculum NF.pdf (317 KB)
• Master curriculum NF.pdf (238 KB)
• Master curriculum NF.pdf (305 KB)
• Master curriculum NF.pdf (312 KB)