Summer term 2021
| Title | Mathematical Theory for Simulation Practitioners (online) |
| Description |
This novel course addresses master and PhD students with basic knowledge and experience in continuum mechanics based mathematical modeling and numerical simulations of natural or technical processes. Its goal is to provide or refresh or widen the necessary background information from mathematics, both concerning model formulation and validity and discretization and solution methods. Due to this wide span, the lecture can only touch selected topics, also relying on the active reading activity of the participants. In particular, specific interests and questions of the participants can be addressed in the discussion hours. Examples of questions which may come up and be discussed are
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| Lecturer | Prof. Peter Knabner |
| Language | English |
| Date | will be announced soon |
| Time | will be announced soon |
| SWS | |
| ECTS | |
| Proof of Attendance | Lectures : 2 semester hours/week Reading discussion: 1 semester hour/week |
| Registration | The course will be webex- based, the exact dates will be announced soon. For better planning, you may send my an email (knabner@math.fau.de), indicate your interest and also if necessary indicate which dates are impossible for you. |
Winter term 2020/2021
| Title | Digital Literacy in Research and Teaching (online) |
| Description | There exist a lot of tools to make our work in research, teaching, and co-working in groups with other students or researchers easier and more effective, for example how to find bugs in our code faster using debugging tools, how to keep track of our change history with a version control system, or how to visualize our results in a convincing way. Especially in times of the Corona pandemic, when most people including students and researchers worked from home, it became clear that teaching knowledge and skills to work with these tools is a significant part of a scientific environment. Previously, these skills were often shown to students in personal meetings in the scope of a student thesis. In this lecture, various principles and tools are introduced, which are helpful in the context of scientific work in general and scientific programming in particular. |
| Lecturer | apl.-Prof. Dr.-Ing. Jörg Fehr, Georg Schneider, Sibylle Hermann |
| Language | English |
| Date | Lecture takes place on Monday starting on Monday, November 2, 2020 |
| Time | 11:30 am to 1:00 pm |
| SWS | 2 |
| ECTS | 3 |
| Proof of Attendance | Depending on the number of participants, the exam will be in written or oral form. |
| Registration | For participation please register for the lecture in C@MPUS. This will give you access to the ILIAS group, where all course material is provided. |
Summer term 2020
| Title | Human uprigth stance: Designing bio-inspired controllers to stimulate a multiple-muscle system (online) |
| Lecturer | Prof. Syn Schmitt |
| Language | English |
| Date | 18 and 19 June 2020 |
| Time | 9:30 am to 6:30 pm |
| SWS | 2 |
| ECTS | 3 |
| Proof of Attendance | Tutorial Talks/Presentation |
| Registration | Please indicate your interest in an active participation by sending an email to syn.schmitt@simtech.uni-stuttgart.de. |
| Title | Programming Skills for Simulation Software (online) |
| Lecturer | Bernd Flemisch, Ralf Diesterkämper, Sybille Hermann |
| Language | English |
| Topic | Refining and evaluating simulation models frequently requires implementing simulation software. To accelerate the implementation process, this seminar aims at improving your programming skills. If you already have basic coding experience in Python, Java, Scala or C/C++, you can refine your programming skills in hands-on implementation tasks on popular data-structures and algorithms in computer science. In weekly online sessions, you are given 1 to 3 programming tasks that you should solve in a sandbox environment and discuss with the group. The amount and difficulty of the tasks is dynamically adapted based on the participants’ skills and feedback. |
| Time | Start: Tuesday 15:45-17:15 CEST Starting May 26th via WebEx |
| SWS | 2 |
| ECTS | 3 |
| Proof of Attendance | Regular online presence and active participation in discussions |
| Registration | If you like to participate, please contact rdm@simtech.uni-stuttgart.de. The seminar is limited to 10 participants. |
Winter term 2019/2020
| Title | The Mathematics of Gaussian Processes in Control |
| Lecturers | Prof. Carsten Scherer Dr. Sebastian Trimpe |
Summer term 2019
| Title | From data to model: how to build up a biomechanical mathematical model starting from recorded data of muscular activity |
| Lecturer | Simona Galliani, Harnoor Saini, Johannes Walter |
| Title | Stochastic and Statistical Topics in Modeling and Simulation: Artifical Neural Networks from a statistical point of view |
| Lecturer | Prof. Dr.-Ing. Wolfgang Nowak |
Winter term 2018/2019
| Title | Continuum Mechanics of Multiphase Materials |
| Lecturer | Dr.-Ing. Arndt Wagner |
| Title | Homogenization as upsacling technique |
| Lecturer | Dr. Carina Bringedal |
Summer term 2018
| Title | Machine learning methods for molecular simulations |
| Lecturer | Prof. Jürgen Pleiss, apl. Prof. Niels Hansen |
| Title | Stochastic and Statistical Topics in Modeling and Simulation - Algorithms for Data Assimilation and Conditional Samplin |
| Lecturer | Prof. Wolfgang Nowak |
| Title | Reducation Methods |
| Lecturer | Prof. G. Schneider, Prof. B. Haasdonk, Dr. Ashish Bhatt |
Winter term 2017/2018
| Title | Selected topics on multifield problems in image analysis and visualization |
| Lecturer | Dr. Steffen Frey, Dr. Andreas Alnger |
| Title | Entwicklung von Simulationen und wissenschaftlicher Software |
| Lecturer | JP Andreas Pott |
| Title | Stoachstic and Statistical Topics in Modeling and Simulation - Part 3: Theories for Knowledge and Uncertainty |
| Lecturer | Prof. Wolfgang Nowak |
Summer term 2017
| Title | Entwicklung von Simulationen und wissenschaftlicher Software |
| Lecturer | JP Andreas Pott |
| Title | "Stochastic and Statistical Topics in Modelling and Simulation" Part 3: Stoachstic Approaches for Data-Integrated Simulation |
| Lecturer | Prof. Wolfgang Nowak |
| Title | Modelling and Optimization of Hard Problems (BYOP) |
| Lecturer | Dr. Colin Glass |
| Title | User Centred Research Methods |
| Lecturer | Prof. Albrecht Schmidt, JP Niels Henze |