Teaching

If you are interested in pursuing a student project, feel free to directly contact our team!
Project topics are defined on an individual basis, depending on your interests and our current research foci.

Besides, we offer explicit topics, see the respective list below:

• Coupling a Direct Numerical Simulation (DNS) solver to the Macro-Micro-Coupling (MaMiCo) tool via the preCICE coupling library
• CPLEX Performance Benchmarks / GUROBI Performance Benchmarks
• Designing a scenario editor for the coupling tool MaMiCo
• Development of Multi-Block Meshes for an In-house Direct Numerical Simulation (DNS) Solver
• HSUper CPU/Thread Pinning Analysis
• Implicit Time Coupling Scheme for Hybrid Molecular-continuum Simulations
• Incorporation of State-of-the-art Particle Interaction Potentials in the Molecular Dynamics Simulation Framework ls1 mardyn / AutoPas
• Real-time Dashboard for HPC Activities
• Task-oriented dynamic computation offloading among multiple mobile users and multiple edge servers
• Towards privacy-preserving with split learning for communications in smart ships
• Visualization of Parallel-In-Time Flow Simulation Data
• Voice Control for a Camera System

Practical Training (Engineering Science, Bachelor)

Advanced Numerical Mathematics (Engineering Science, Master)

HPC Techniques and Software Development (Engineering Science, Master)

Hardware Architecture of HPC Systems (Engineering Science, Master)

Numerical Mathematics (Engineering Science, Master)

Parallel Computing for Multiscale and Multiphysics Problems (Engineering Science, Master)

Programmieren und Datenanalyse mit Python (Teil 2) (ISA)

Introduction to Computer Science (Engineering Science, Bachelor)

HPC Techniques and Software Development (Engineering Science, Master)

Programmieren und Datenanalyse mit Python (Teil 1) (ISA)

Calculus and Linear Algebra 2 (Engineering Science, Bachelor)

Practical Training (Engineering Science, Bachelor)

Advanced Numerical Mathematics (Engineering Science, Master)

Hardware Architecture of HPC Systems (Engineering Science, Master)

Calculus and Linear Algebra 2 (Engineering Science, Bachelor)

Numerical Mathematics (Engineering Science, Master)

Parallel Computing for Multiscale and Multiphysics Problems (Engineering Science, Master)

Programmieren und Datenanalyse mit Python (Teil 2) (ISA)

Special Applications of HPC in Defence Technology (Engineering Science, Master)

Calculus and Linear Algebra 1 (Engineering Science, Bachelor)

Introduction to Computer Science (Engineering Science, Bachelor)

HPC Techniques and Software Development (Engineering Science, Master)

Programmieren und Datenanalyse mit Python (Teil 1) (ISA)

Advanced Numerical Mathematics (Engineering Science, Master)

Hardware Architecture of HPC Systems (Engineering Science, Master)

Practical Training (Engineering Science, Bachelor)

Numerical Mathematics (Engineering Science, Master)

Parallel Computing for Multiscale and Multiphysics Problems (Engineering Science, Master)

Programmieren und Datenanalyse mit Python (Teil 2) (ISA)

Special Applications of HPC in Defence Technology (Engineering Science, Master)

Introduction to Computer Science (Engineering Science, Bachelor)

HPC Techniques and Software Development (Engineering Science, Master)

Programmieren und Datenanalyse mit Python (Teil 1) (ISA)

Advanced Numerical Mathematics (Engineering Science, Master)

Hardware Architecture of HPC Systems (Engineering Science, Master)

Practical Training (Engineering Science, Bachelor)

Numerical Mathematics (Engineering Science, Master)

Parallel Computing for Multiscale and Multiphysics Problems (Engineering Science, Master)

Special Applications of HPC in Defence Technology (Engineering Science, Master)

Hardware Architecture of HPC Systems (Engineering Science, Master)

Programming – Part 1: Introduction to Computer Science (Engineering Science, Bachelor)