Master of Engineering

Energy and environmental technology

Engineering knowledge, management methods and scientific work - these three semesters will make you a Master's graduate in Energy Technology and Energy Economics.

Energy and Environmental Engineering Master's program

Energy and Environmental Engineering Master's program

Faculty: Mechanical Engineering
Location: Zittau
Degree: Master of Engineering (M.Eng.)
Standard period of study: 3 semesters
ECTS points: 90
Enrollment: Summer semester/winter semester
Admission restriction: None
Accreditation status: accredited

The master's program imparts in-depth engineering knowledge and management methods as well as, as an additional core competence, the ability to conduct independent scientific work. Within the scope of the master's degree program in Energy and Environmental Engineering, there is a choice of two main areas of study:

  • Renewable Energies and Energy Efficiency
  • Environmental and radiation protection

 

Your course content in the Master's degree program in Energy and Environmental Engineering

1st semester
  • Project management: Methods and processes
  • Project Energy and Environmental Technology
  • Engineering Mathematics III
  • Business law/cost and performance accounting (elective module)
  • Compulsory elective 1
    • Production, use and disposal of radioactive substances
    • Determination of material data for working fluids
    • Neutrons in technology and science
    • Computer-aided product optimization - practical examples
    • Environmental management systems
    • Monte Carlo simulation methods
    • Energy management systems / energy audits / energy efficiency
    • Expert seminar on energy and environmental technology

Specialization or field of study Environmental and radiation protection

  • Monte Carlo simulation methods
  • Production, use and disposal of radioactive substances

Specialization or field of study Renewable energies and energy efficiency

  • Thermal management of components and apparatus
  • Determination of material data for working fluids

Specialization or field of study International Projects (SRH)

  • Complex practical course in energy process engineering
2nd semester
  • Electrochemical storage and hydrogen technology
  • Introduction to process automation (elective module)
  • Compulsory elective 2
    • Heating and ventilation technology
    • Environmental, energy and climate protection law
    • Asset management and technical diagnostics
    • Further development of nuclear reactors, decommissioning and dismantling
    • Environmental and radiation protection project seminar
    • Occupational health and safety/
      Occupational health and safety management systems
    • Component safety/failure
      diagnostics
    • Efficient energy systems
    • Radiation technology in industry, science and medicine

Specialization or field of study Environmental and radiation protection

  • Safety and reliability of plants/reactor safety
  • Environmental, energy and climate protection law
  • Complex internship in environmental and radiation protection

Specialization or field of study Renewable Energies and Energy Efficiency

  • Computational Fluid Mechanics
  • Efficient energy systems
  • Component safety/damage diagnosis
3rd semester
  • Final module (Master's thesis and defense)
  • Admission requirements
    • Completion of an engineering Bachelor's degree program with 210 ECTS
    • With proof of 180 ECTS, the Master's program "Energy and Environmental Engineering" can be started with a preparatory semester
  • Study focus on renewable energies and energy efficiency

    The Master's degree program teaches in-depth engineering knowledge and management methods as well as the ability to work independently in a scientific context as an additional core competence. In the Renewable Energies and Energy Efficiency specialization, this mainly relates to sustainable energy generation processes, innovative energy storage technologies and the efficient use of energy.

    The in-depth teaching content includes

    • Thermal management of components
    • Engineering Mathematics III
    • Numerical fluid dynamics
    • Efficient energy systems
    • Electrochemical storage and hydrogen technology
    • Determination of material data for working fluids
    • Project management

     

    The Energy and Environmental Technology project serves to perfect practical skills.

  • Study focus on environmental and radiation protection

    The Master's degree course provides in-depth engineering knowledge and management methods as well as the ability to work independently in a scientific context as an additional core competence. The focus of the Environmental and Radiation Protection course is on the environmentally friendly and reliable use of modern radiation technology in industry, research and medicine.

    The in-depth course content includes

    • Engineering Mathematics III
    • Electrochemical storage and hydrogen technology
    • Safety and reliability of plants
    • Environmental and energy law
    • Monte Carlo simulation methods
    • Project management

     

    The complex practical course in environmental and radiation protection serves to perfect practical skills.

  • Study program
    • 1st - 2nd semester: Specialist studies, study semester at university
    • 3rd semester: Master's thesis and its defense to obtain the academic degree "Master of Engineering". The Master's thesis can be written in an industrial company or at the university.

     

    Master's program with propaedeutic semesters
    • 0. semester: Propaedeutic semester (adaptation semester)
      The 30 ECTS still required are acquired in this semester. Students can choose individually from a wide range of subjects in order to acquire the necessary specialist knowledge.
    • 1st - 3rd semester: see above
  • Study objectives

    Graduates of the Master's degree course are able to develop, analyze and optimize industry-specific systems and components. A strong understanding of energy technology structures and a sound scientific basis qualify the Master's students as innovators in the field of energy-efficient technologies.

    • Design and optimization of processes, systems and components in renewable and conventional energy technology
    • Recording and influencing the system behavior of energy technology structures
    • Application of radiation technology in industry, medicine and research.
  • Career prospects

    Job profile

    Masters in the field of energy and environmental technology are key players in many areas of energy technology and the energy industry. The Master's degree also offers the possibility of a subsequent doctorate.

    Areas of employment after graduation

    • Energy supply companies
    • Developers, project planners and operators of energy generation and storage systems
    • Companies in the field of energy plant engineering
    • Research departments with a focus on energy in large companies
    • Research institutes
    • Engineering/planning offices
    • Technical monitoring and supervisory authorities
    • Academic career, possibility of a doctorate
Thomas Schönmuth
Fachstudienberater
Prof. Dr. rer. nat.
Thomas Schönmuth
Faculty of Mechanical Engineering
02763 Zittau
Schwenninger Weg 1
Building Z VII, Room 121
1st floor
+49 3583 612-4882
Allgemeine Studienberatung
Madeleine Pohl
Department of Studies and International Affairs
02763 Zittau
Th.-Körner-Allee 16
Building Z I, Room 0.21
First floor
+49 3583 612-3055
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