1
Bewerber
Hiwi - Applied Supercomuting in Engineering
bei German Research School for Simulation Sciences GmbH in Aachen
Student Research Assistant (HiWi)
We are looking for a motivated student (Studentische Hilfskraft, HiWi) for code development, implementation and documentation of the simulation codes.
The German Research School for Simulation Sciences is a joint graduate school of RWTH Aachen University and Forschungszentrum Jülich. Our aim is to train the next generation of computational scientists and engineers. Combining the specific strengths of our founders in the fields of natural sciences and high-performance computing in an unprecedented, synergistic manner, we provide a unique environment for cutting-edge interdisciplinary research and education in the applications and methods of simulation in science and engineering.
The focus of the group Applied Supercomputing in Engineering is on simulations of large technical applications, in particular in the field of fluid dynamics. The main research topics are multi-physics and multi-scale problems as well as the efficient realization of such problems on high performance computers.
Description of Work
In context of the project STEDG (www.stedg.de) we are concerned with the simulation of turbulent flows in and around complex geometries e.g. a laser duct. With these simulations we want to get insight into the phenomena inside and around the geometry. For the simulations we use a fluid dynamics code which is based on the Discontinous Galerkin scheme.
The primary task would be to profile/optimize/debug/use the current code under our guidance. First you will have to get familiar with the code and the environment on the supercomputers while doing some profiling of our code. Later on you will be setting up, calculate and evaluate simulations on your own.
As a secondary assignment you would be in charge of maintaining the project homepage. The homepage is used to represent the project and to document the progress of the different workgroups.
The working hours will be around 20-40 hours per month with a minimal total duration of six months.
What we expect
• Programming skills, preferably Fortran, but any other programming language is also fine. Basic skills are mandatory, deeper knowledge can be gained and developed on the job.
• Basic Experience in Webdesign (HTML, CSS)
• Motivation to learn and to dive into a new field of work
• Proactivity, team work
What we offer
• Gain experience in working scientifically
• Increase knowledge in fluid dynamics, physical modeling, numerics and working with supercomputers
• Flexible working hours
• Possible topics for proceeding student projects, bachelor and master thesis
Interested?
We are looking forward to receive your application.
We are looking for a motivated student (Studentische Hilfskraft, HiWi) for code development, implementation and documentation of the simulation codes.
The German Research School for Simulation Sciences is a joint graduate school of RWTH Aachen University and Forschungszentrum Jülich. Our aim is to train the next generation of computational scientists and engineers. Combining the specific strengths of our founders in the fields of natural sciences and high-performance computing in an unprecedented, synergistic manner, we provide a unique environment for cutting-edge interdisciplinary research and education in the applications and methods of simulation in science and engineering.
The focus of the group Applied Supercomputing in Engineering is on simulations of large technical applications, in particular in the field of fluid dynamics. The main research topics are multi-physics and multi-scale problems as well as the efficient realization of such problems on high performance computers.
Description of Work
In context of the project STEDG (www.stedg.de) we are concerned with the simulation of turbulent flows in and around complex geometries e.g. a laser duct. With these simulations we want to get insight into the phenomena inside and around the geometry. For the simulations we use a fluid dynamics code which is based on the Discontinous Galerkin scheme.
The primary task would be to profile/optimize/debug/use the current code under our guidance. First you will have to get familiar with the code and the environment on the supercomputers while doing some profiling of our code. Later on you will be setting up, calculate and evaluate simulations on your own.
As a secondary assignment you would be in charge of maintaining the project homepage. The homepage is used to represent the project and to document the progress of the different workgroups.
The working hours will be around 20-40 hours per month with a minimal total duration of six months.
What we expect
• Programming skills, preferably Fortran, but any other programming language is also fine. Basic skills are mandatory, deeper knowledge can be gained and developed on the job.
• Basic Experience in Webdesign (HTML, CSS)
• Motivation to learn and to dive into a new field of work
• Proactivity, team work
What we offer
• Gain experience in working scientifically
• Increase knowledge in fluid dynamics, physical modeling, numerics and working with supercomputers
• Flexible working hours
• Possible topics for proceeding student projects, bachelor and master thesis
Interested?
We are looking forward to receive your application.
Veröffentlicht am 28-07-2010
Angesehen: 108 mal
Angesehen: 108 mal