The course is designed in such a manner that it allows students to opt for multidisciplinary modules and equips them in different fields of science. 

• The field of energy technology and process engineering assists students in acquiring information about the development, operation, analysis, and improvement of processes for energy and chemical changes. Replications of the field experience ensure that these processes can be efficiently designed.
• In computer science, undergraduates are engaged with the execution of (high performance) computers to solve simulation difficulties in engineering.
• Mathematics modules target the improvement of mathematical models and numerical developments, with the help of a computer that allows the students to learn how to abstract and solve a glitch.
• The field of mechanical systems uses fundamental methods and approaches to theoretical modelling, numerical simulation, and experimental validation, and is applied broadly in all engineering disciplines.