Schedule
Schedule
Schedule
Below you can find the weekly schedules for the Summer School, an overview can be found here as well. Please note that the schedule may change. Lectures (marked with ) will take place in room W01 0-015 and practical parts (marked with ) in the computer room W01 0-008.
The Social Program is planned for Wednesdays in the afternoon and on the weekend September 8/9.
First Week (September 3-7)
Time | Monday | Tuesday | Wednesday | Thursday | Friday | |||||
9:00 - 10:30 | Welcome and (Hartmann/Agert) | Scientific Software (Biswas) | Monte-Carlo Methods
| Data Analysis
| Stochastic Modelling
| |||||
Coffee Break | ||||||||||
11:00 - 12:30 | Introduction to HPC (Harfst) | Random Number Generation (Biswas) | RNG and MC Methods (Katzgraber) | Data Analysis (Young) | Stochastic Modelling (Wächter) | |||||
Lunch Break | ||||||||||
14:00 - 15:30 | Introduction to HPC (Harfst) | Differential Equations (Chernov) | Excursion: Beck's Brewery | Weather Prediction (von Bremen) | Stochastic Modelling (Wächter) | |||||
Coffee Break | Coffee Break | |||||||||
16:00 - 17:30 | Introduction to HPC (Harfst) | Differential Equations (Chernov) | Weather Prediction (von Bremen) | Stochastic Modelling (Wächter) |
Second Week (September 10-14)
Time | Monday | Tuesday | Wednesday | Thursday | Friday | |||||
9:00 - 10:30 | Computational Fluid Dynamics (Stoevesandt) | Introduction to Networks (Melchert) | Mesoscale Modelling (Steinfeld) | Dynamics of Networks (Timme) | Energy Networks (Lehnhoff) | |||||
Coffee Break | ||||||||||
11:00 - 12:30 | Computational Fluid Dynamics (Stoevesandt) | Introduction to Networks (Melchert) | Large-eddy Simulations (Steinfeld) | Dynamics of Networks (Timme) | Energy Networks (Lehnhoff) | |||||
Lunch Break | ||||||||||
14:00 - 15:30 | Computational Fluid Dynamics (Stoevesandt) | Introduction to Networks (Melchert) | Social Activities: Volleyball & BBQ | Dynamics of Networks (Timme) | Summary/ End of School (Hartmann) | |||||
Coffee Break | Coffee Break | |||||||||
16:00 - 17:30 | Computational Fluid Dynamics (Stoevesandt) | Introduction to Networks (Melchert) | Dynamics of Networks (Timme) |