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Decentralised Energy Systems and Energy Efficiency

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Quick Overview

  • University Reutlingen University of Applied Sciences for Engineering, Business, Computer Science and Design
  • Degree Master
  • Degree Master of Science, M.Sc.
  • Study Type Second cycle
  • Mode of admission local admisssion restriction
  • Application Deadline for Beginning Students 28.10.2024 — 15.01.2025
  • Standard period of study (amount) 3 semesters
  • Study Mode (elucidation) full time
  • Location (main / branches campus) Reutlingen
  • Admission semester summer and winter semester
  • Subject

    Das Power Engineering gehört zum Studienbereiche Power Engineering der Fächergruppe Engineering Sciences.

    Weitere Informationen zum Studienbereich Power Engineering.

    Weitere Informationen zur Fächergruppe Engineering Sciences.

     Power Engineering

  • Areas of Concentration Energy Engineering, Energy Management
  • Field of study
    • Target group Energy Engineering\; Power Industry\; Power Industry\; renewable energy sources\; Energy Efficiency\; Infrastructure Management\; or equivalent major
    • kind of Master course according to the KMK consecutive
    • Main instruction language German
    • Annotation of the Higher Education Institution In the Master's course "Decentralised Energy Systems and Energy Efficiency" (DEE) we train experts at Reutlingen's Energy Center for Decentralised Energy Systems and Energy Efficiency (REZ image film) for the power industry of tomorrow. The rapidly developing energy sector requires people who have new ideas and the courage to change, think beyond the borders, who want to and can implement innovations. In the DEE Master, the students develop and implement solutions for decentralised energy systems, they develop the tools to improve energy efficiency in a very practical way. This enables them to implement technically, economically, entrepreneurially and socially sensible projects and business models.

      ALL BENEFITS AT A GLANCE
      individual and effective

      Small semester groups in seminar lectures
      Modern study concepts with diverse projects
      Team and project work to develop soft skills
      Personal support from a dedicated team of professors
      industry-oriented and practice-oriented

      Close partnerships with industry and the energy management
      Mediation of theoretically sound and practical knowledge by experienced professors and lecturers from industry
      Project and final theses in cooperation with industry
      excursions
      internationally oriented

      Internationally recognised degrees
      Numerous partner universities in Germany and abroad
      Theoretical and practical semesters abroad possible
      Possibility to prepare final theses at partner universities
      innovative and future-oriented

      Laboratories with modern equipment
      Application-oriented research projects
      Opportunity to do a doctorate in cooperation with universities
    • Course Website
  • Access and Admission Requirements
    • Mode of admission local admisssion restriction
    • Admission semester summer and winter semester
    • University places are allocated according to the result of a selection procedure. The requirements are:

      - a qualified certificate of academic degree in the subject area of Energy Technology, Mechanical Engineering, Mechatronics, Electrical and Electronic Engineering or a related engineering or natural science or industrial engineering.
      - generally 210 ECTS credit points (for applicants with 180 ECTS credit points, see the Selection Regulations of the Master's degree programme in Decentralized Energy Systems and Energy Efficiency)

      Selection criteria are:

      - Average grade of the certificate of academic degree
      - Subject area of the qualifying certificate of academic degree
      - Stay abroad of at least one semester (study or practical semester) during the Bachelor's degree. This makes it possible to improve the average grade.
      more information regarding admission requirements
    • Completion of first university degree Bachelor/Bakkalaureus, Diplom, Diplom (FH)

      Minimum requirements for first university degree:
      • Required ECTS credits: 210

      For this degree programme, you should have gained your first university qualification in one of the following subjects groups or areas of study:
      • Area of study: Electrical Engineering, Engineering and Management, Mechanical Engineering, Mechatronics, Systems Engineering, Power Engineering
  • Programme Dates and Deadlines
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