PhD Project in Electrical Engineering – Runaway Electrons in Fusion Plasmas

 PhD Project in Electrical Engineering – Runaway Electrons in Fusion Plasmas

Project Overview:
This PhD project focuses on understanding and simulating runaway electrons—very fast and energetic electrons that can appear in fusion reactors and cause serious problems. You’ll help develop models and computer simulations to learn how these electrons form and how we can avoid or reduce their effects. The work is part of fusion energy research, which aims to create clean and safe energy.

Who We’re Looking For:
We want someone who is interested in physics, programming, and mathematical modelling. You should enjoy solving complex problems and working independently as well as with others. Knowledge in computer programming is a plus.

Supervisors:

• Assistant Professor Mathias Hoppe

• Associate Professor Thomas Jonsson

What We Offer:

• A PhD position in a global, dynamic research environment

• A monthly salary according to KTH’s agreement

• Opportunities to collaborate with major international fusion research projects like ITER (France), ASDEX Upgrade (Germany), and TCV (Switzerland)

• Support for moving and settling in Sweden

• Access to top research facilities and networks in Europe

Requirements:
To apply, you must have:

• A master’s degree or equivalent in a relevant field

• Good English skills (equivalent to English B/6 in Sweden)

Application Should Include:

• Your CV

• Copies of degrees, grades, and English certification

• Any published work or technical reports (or summaries and links)

About the Position:

• Full-time PhD over four years

• Possibility to do teaching or administrative tasks (up to 20%)

• The position is renewed yearly, up to four years total

How to Apply:
Apply through KTH’s online system before the deadline. Make sure your application is complete.