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Faculty of Process and Systems Engineering a Good Place to Study and Research OTTO VON GUERICKE UNIVERSITY MAGDEBURG SUSTAINABLE ENERGY SYSTEMS PROCESS SAFETY AND ENVIRONMENTAL ENGINEERING APPLICATION AND ADMISSION STANDARDS PROGRAMME INFORMATION A good place to Faculty of Process and Master‘s Programme, 3 semesters, in German Master’s Programme, 3 semesters, in English Graduates from the programme are versed in the natural The general qualification for university entrance is a pre- study and research This master programme is jointly offered by the Faculty for The economical usage of energy resources, safe production scientific fundamentals of technical processes, especially requisite. A 12 week internship is a part of the study. The Systems Engineering Electrical Engineering and Information Technology and the and handling of materials, and the protection of the environ- those related to safety and environment, and think and act internship regulation regulates the details. There are no Faculty of Process and Systems Engineering. The subject ment are gaining importance worldwide. Safety and environ- holistically in the assessment of safety and environmental admission restrictions on the programmes. of the programme is to learn how safe, sustainable and mental protection are indispensable elements of modern concerns and their prevention and mitigation. Graduates (For exceptions visit: www.fvst.ovgu.de). resource efficient technologies for the supply of energy can be industrial activity. utilize their engineering know-how to develop appropriate developed, which is an essential requirement for the econo- solutions for safety and environmental problems. Application deadline mic system as well as the public and everyday life. Application deadline for winter semester is the 15th of July, You will become an engineer with a fundamental knowledge Application deadline for summer semester is of the whole area of renewable energies and the linking-up the 15th of January. between the different technologies. During the programme (For exceptions visit: www.fvst.ovgu.de). you will finally decide to focus on one of the following topics: wind and water power, solar energy, energy storage or bio Submit applications to fuels. www.uni-assist.de www.ovgu.de/en/international.html FURTHER STUDY PROGRAMMES: Contacts Faculty of Process and Systems Engineering of the ∙ Mathematical Engineering Otto von Guericke University Magdeburg ∙ Molekular Biosystems Exam and Internship Office ∙ Systems Engineering and Technical Cybernetics PO Box 4120 39016 Magdeburg CHEMICAL AND ENERGY ENGINEERING Universitätsplatz 2 39106 Magdeburg Master’s Programme, 4 semesters, in English The Master‘s degree programme is based on a Bachelor‘s www.fvst.ovgu.de degree in process engineering or related disciplines. The English professional education programme is addressing young people with different cultural backgrounds. They can rely on a modern technological equipment, in particular on high-quality optical (laser) measuring devices and very pow- erful computer technology. www.ovgu.de The focus of the training is to convey the transfer of the scien- www.vst.ovgu.de tific basis into applications in the economy. For futher information for accommodation Published by: www.ovgu.de/en/orga.html Otto von Guericke University Magdeburg, Faculty of Process and Systems Engineering Picture credits, if not otherwise specified: Archive of the University of Magdeburg and its faculties Status: 02/2019 OTTO VON GUERICKE UNIVERSITY MAGDEBURG A FACULTY OVERVIEW PROCESS ENGINEERING CHEMICAL ENGINEERING: MOLECULAR BIOSYSTEMS ENGINEERING AND STRUCTURAL PRODUCT DESIGN Bachelor’s/Master’s Programme, 7+3 semesters in German In terms of research and teaching the focus of Otto von Gue- Process Engineering investigates, develops and puts into Degree Programmes offered by the Faculty of Process and Process Engineering is an engineering science which deals Bachelor’s/Master’s Programme, 7+3 semesters in German ricke University Magdeburg lies on engineering, the natural practice ecologically compatible material transformation pro- Systems Engineering with the investigation, development and technical implemen- Bachelor’s/Master’s Programme, 7+3 semesters in German This interdisciplinary programme is jointly offered by the sciences, economics and business and medicine. In addition, cesses which produce valuable products from raw materials ∙ Process Engineering tation of processes which alter the properties and compositi- There have been rapid advancements in chemistry in the Faculty for Electrical Engineering and Information Technology, humanities subjects provide the university, which was foun- using physical, biological or chemical influences. Fine che- ∙ Environmental and Energy Process Engineering on of materials. The task of the process engineer is to transfer past few years. It is possible to develop new materials and the Faculty of Process and Systems Engineering, the Faculty of ded in 1993, with an essential complement for meeting the mical-based medicines, petroleum-based functional plastics, ∙ Chemical Engineering: Molecular and Structural results obtained during lab trials by chemists, physicists or synthesise nano-structures or new natural and active agents Medicine and the Faculty of Natural Sciences. challenges of the modern knowledge society. building materials and glass made from stone, ore-based Product Design material scientists to a production scale. through the symbiosis of inorganic and organic chemistry metals, recyclate and energy made from waste, silicon chips ∙ Business Management and Process and Energy Engineering and modern process engineering. The infrastructure of the Using modern methods of molecular biology, genetics and Over 14,400 students, of which over 2,200 come from inter- made from sand, and food made from agricultural raw mate- ∙ Biosystems Engineering The programme is based on the fundamentals of chemistry, Institute of Chemistry of the Otto von Guericke University bioinformatics allows not only increasingly detailed analy- national backgrounds, are enrolled in the nine faculties on rials to name just a few examples. ∙ Safety and Hazard Prevention physics and mathematics and uses this in understanding and makes fundamental research with a strong focus on applica- ses of fundamental biological phenomena but also targeted more than 80 different courses. This dynamic and cosmo- ∙ Sustainable Energy Systems developing the different techniques of mechanical, thermal tion possible. interventions into the genomes of bacteria or mammalian politan university offers state-of-the-art facilities, excellent Process Engineering is everywhere, if not always recognisable ∙ Chemical and Energy Engineering and chemical material transformation. cells. The opportunities resulting from this range from impro- supervision for students and a practical, hands-on education. at first glance, and is indispensible for the economy and socie- ∙ Process Safety and Environmental Engineering Connections to process engineering ensure that problems vements in establishing the causes of disease to customized The key areas of research and transfer at the university are ty. It is even more essential when society expects prosperity, concerning process development or product designs can be development and manufacturing of new drugs. interdisciplinary in nature and are effectively reinforced by while at the same time demanding efficiency, sustainability The Institutes in the Faculty of Process and ENVIRONMENTAL AND ENERGY PROCESS ENGINEERING easily dealt with. In connection with these advances, requirements on the nearby external research institutes. and a good interaction with people and the environment. Systems Engineering education of engineers, physicians and scientists also change. ∙ Institute of Process Engineering (IVT) ∙ Institute of Chemistry (ICH) Bachelor’s/Master’s Programme, 7+3 semesters in German An interdisciplinary approach combining life sciences, ∙ Institute of Fluid Dynamics and Thermodynamics (ISUT) Today, the technical standards and the quality of life of an engineering and system sciences will be required more and KEY AREAS OF RESEARCH ∙ Institute of Apparatus and Environmental Engineering (IAUT) industrial and information society are defined considerably by INDUSTRIAL ENGINEERING / PROCESS AND ENERGY more in the future. ∙ Dynamic Systems environmental and energy process engineering. ENGINEERING In addition to this engineering oriented study course, the na- ∙ Neurosciences tural science focused M.Sc. „Molecular Biosystems“ is offered Future advancement in this area will be achieved through the since winter term 2015. application of physically based models and validated simula- Bachelor’s/Master’s Programme, 7+3 semesters in German KEY AREAS OF RESEARCH TRANSFER tions for use in control and automation of material transfor- The industrial engineer is a combination of engineer and ∙ Automotive mation and recycling processes. business person. The need for such a combination is evident SAFETY AND HAZARD PREVENTION ∙ Digital engineering in the high demand for “generalists”. ∙ Renewable energies The “Magdeburg Teaching Profile” is characterised by the ∙ Medical technology combination of modern methods of material and energy Now and in the future the success of an economy depends on Bachelor’s/Master’s Programme, 7+3 semesters in German ∙ Fluidised bed technology production and material recycling with engineering methods whether its products are economic. The economic viability of This programme is offered jointly with the UAS Magde- for characterising intricately distributed
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