Program Overview

M. Sc. Sustainable Energy Supply (being phased out)

Overview

The M. Sc. Sustainable Energy Supply program is designed to prepare students for a future-oriented field of energy supply with immense growth potential. The program aims to train experts with extensive know-how in the field of raw materials, focusing on sustainable energy supply and taking ecological and economic issues into consideration.

Brief Summary

• Degree: Master of Science
• Contents of studies: Sustainable Energy Supply
• Duration of studies: 4 semesters, including internship and completion of Master's dissertation
• Entry requirements: University degree

Structure and Contents of Course

The program has a modular structure, comprising 4 semesters. The third semester is planned for professional experience, and the fourth semester is for the completion of the Master's dissertation. The study plan, which is part of the current exam regulations, provides an overview of the offered modules.

Study Contents

The program mainly deals with the following subjects of raw materials engineering:

• Planning of energy production plants
• Technology Assessment
• Raw materials characterization
• Geology
• Renewable Energies
• Fuels processing
• Energy management

The program is an inter-faculty Master's degree, involving the faculties of Mechanical Engineering, Electrical Engineering and Information Technology, and Geo-resources and Materials Engineering. This allows for a range of specialist areas to be selected, ensuring individual development and creating a flexible course of studies.

Preconditions and Application

The program is not restricted by the Numerus Clausus. However, the university degree required for admission must comply with the quality requirements of the course. The requirement for admission includes:

• A recognized, initial vocational-oriented university degree from a university or university of applied sciences that verifies preparation for the course.
• Knowledge of mathematical, natural sciences subjects, engineering subjects, and/or basic subjects in the fields of raw materials management and engineering, totaling at least 90 CP.

Professional Perspectives

Graduates of the program have excellent long-term career perspectives and can work in a wide range of sectors, including:

• Manufacturers of energy production plants
• Supply companies
• Engineering Offices
• Company consultancy
• Banks and insurance companies
• Fuels processing