Scientific Computing, Master of Science (M.Sc.)
The field of scientific computing addresses the mathematical modelling and efficient numerical computation of complex problems from technology, economics, and the natural sciences. Today's product research and development would be unthinkable without numerical simulations using computers. Specific applications of scientific computing range from crash tests to electromagnetic compatibility, optimization of fuel cells, calculating prices of financial derivatives, and the simulation of biological processes. This international degree programme in mathematics will enable the University of Bayreuth to prepare highly talented students for future challenges in the field of numerical simulation, data analysis and artificial inelligence.
- Faculty
- Faculty of Mathematics, Physics & Computer Science
- Final degree
- Master of Science (M.Sc.)
- Start of studies
- Winter or Summer Semester
- Standard period of study
- 4 Semesters
- Language of instruction
- English
- Admission requirements
Language proficiency: English level B2, German level A1
Jump to: How do I apply?- Website
- www.scientific-computing.uni-bayreuth.de
Profile
The field of Scientific Computing addresses the entire workflow: development and analysis of mathematical models, design and study of numerical methods and solution algorithms, statistical evaluation of results, optimization methods aiming to improve those results, implementation of numerical algorithms on high-performance computers, and the visualization. Traditionally, these topics belong to different disciplines, in particlular, application fields such as Physics, Chemistry, Biology, Geosciences, or Engineering; they extensively rely on the methodologies from Applied Mathematics and Computer Science. Only the emergence of Scientific Computing facilitated an effective transfer of knowledge between these areas.
Structure and content
The international master’s programme is geared towards students working at the intersection of Mathematics, Computer Science, and application fields. The programme's objective is to offer a specialized educational background that enables highly qualified, hard-working students to apply state-of-the-art methods and tools of Scientific Computing to solve challenging problems in modern technology and sciences. This interdisciplinary approach starts with an in-depth understanding of the mathematical core of the problem, provides a wide overview of modern numerical methods for solving differential and integral equations and analysing large amounts of data, and, finally, supplies practical skills and experience in the area of high-performance computing necessary to implement these solutions in the form of numerical software.
There is also a rich student life outside of the lecture halls. Examples include the University’s orchestra, its big band, and the extensive University Sport programme. In addition, life in Bayreuth is not nearly as expensive as it is in many other parts of Germany. The town and surrounding region also provide a great setting for student life, with plenty to do in your free time.
Thanks to its structure and selection of courses, the master’s programme is well-suited to getting top students involved in current research on scientific computing at an early stage. In particular, the content is divided up so as to allow for a fast track option for doctoral research. Financial support is available for research visits to international experts. Students complete internships and modelling seminars in close cooperation with high-tech companies alongside their studies. This enables a smooth transition to a challenging position in the field.
Doing a doctorate at the University of Bayreuth
The University of Bayreuth Graduate School supervises doctoral students of all subjects who are pursuing a doctorate in a structured programme or at one of the University's seven faculties. We facilitate scientific exchange already in the earliest phase of independent research, and complement the interdisciplinary education of doctoral students with additional teaching and training opportunities. Our aim is to create the perfect research and learning conditions for them.
You can find all the information on doctoral studies in Bayreuth on the homepage of the Junior Scholar Office WiN.
Doctoral Programme
- Computational Mathematics in Science and Engineering
Special Features
- A programme in the scope of the Elite Network of Bavaria
Further Informations
- Information from the department on application and admission
- Part-time study is possible.
Semester fee
The University of Bayreuth does not charge tuition fees. However, every student must pay the semester fee. This includes the fees for the Studentenwerk Oberfranken and the semester ticket for the use of public transport in the cities of Bayreuth and Kulmbach and in many parts of the regional transport system.
Notes on application and enrollment
- Application Deadline (Germans)
15. May (Winter Semester)
15. November (Summer Semester)
Application plattform- Application Deadline (EU-citizens)
15. May (Winter Semester)
15. November (Summer Semester)
Application plattform- Application Deadline (non-EU citizens)
15. May (Winter Semester)
15. November (Summer Semester)
Application plattform
Admission requirements
Qualification
A degree with an examination grade of “1.9” or better in a bachelor’s programme in the subject areas of mathematics, computer science, the natural sciences, or engineering at the University of Bayreuth, or an equivalent degree
Equivalency
Equivalency of the completed bachelor's degree is the responsibility of the board of examiners and is not determined conclusively until the application process is under way; for this reason, no information can be provided in advance; content-related requirements are specified in § 5 para 1 item b of the Examination Regulations
Aptitude Assessment Process
One prerequisite for admission to the programme is the passing of an aptitude assessment process (see Examination Regulations, Annex 2); it includes an evaluation of the applicant's qualifications and, if necessary, a personal interview
Language Proficiency
Applying Without a Degree Certificate
Applications may already be submitted before completion of the bachelor's degree; however, a total of at least 150 credits and a minimum grade of "1.9" are required by the time of application
Special Conditions
Conditional admission is possible; special conditions may comprise up to 10 credit points (see Examination Regulations § 5 para 2)
The module handbook provides an overview of the various modules that must be taken in a degree programme. It contains all the important explanations on the requirements and types of module examinations as well as on the intermediate or final examinations and serves as a kind of study guide for orientation.
Examination regulations
Examination regulations define the content and structure of a particular degree programme in a legally binding manner. They must be approved by the Ministry of Science or accredited by an accreditation agency.
Contact points in the department
- Programme coordinator:
Prof. Dr. Mario Bebendorf - Student representatives:
Student Representatives MPI
Central contact points
- Prospective students:
Student Advising (in German language) - For international students:
International Office - Examination Office: Examination Office Faculty I – Mathematics, Physics & Computer Science
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Any more questions? Please contact the coordinator of the degree programme.
Prof. Dr. Mario BebendorfChair of Scientific Computing
Phone: +49 (0)921 / 55-7150
E-mail: mario.bebendorf@uni-bayreuth.de
Office: Room 0.41, Building Ingenieurwissenschaften (FAN)
Universitätsstraße 30, 95447 Bayreuth
Have we aroused your interest? You can find all information about the international Master's Programme Scientific Computing at the University of Bayreuth on the website.