Tracks
Students must select one of the following application-specific study tracks:
Modeling and simulation defines the future of medicine and biology
Biomedical Image Analysis and Visualization
Simulations of Biomedical Systems
Biomedical Data Science / Personalized Medicine
Bioinformatics and Molecular Modeling
… and many other fields, such as: Computational Psychology, Augmented Reality for Medicine, Virtual Surgery, Drug Discovery...
Scholarships are available
Students in this track are eligible to apply for a scholarship of the DAAD Zuse School of Excellence in AI SECAI to support their studies.
Modeling and simulation alongside experiments and theory
Algorithms for High Performance Computing
Simulations in Materials Science
Simulations in Biology and Biophysics
Computational Architecture and Design
Modeling and simulation enables Visual Computing applications that change the world
SXF in movies
VR-based Training
Autonomous Driving
Immersive Visual Analytics
Future systems need to combine techniques from computer vision, computer graphics, interaction design, and machine learning.
Modeling and simulation is state-of-the-art in modern engineering
Computational Fluid Dynamics (CFD)
Multi-Body Dynamics (MBD)
Finite Element Method (FEM), Structural
Finite Element Method (FEM), Electromagnetical
… and many other disciplines
The combination of modeling skills and energy management is in demand
Data Science in Energy Economics
Market Analyst in Energy Economics
Software implementation for power utilities
Data Science and fundamental modelling in energy management
Example study paths for track “Computational Modeling in Energy Economics”
Example study paths for track “Computational Modeling in Energy Economics”
Modern applications of artificial intelligence require a combination of learned and designed knowledge models
- Intelligent Agents
- Knowledge Graphs
- Formal System Analysis and Design
- Problem Solving and Optimisation