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theoretical physics. prior work in many-particle quantum mechanics. excellent knowledge and previous experience in HPC and proven competence in c++ and GPU computing. good ability to work independently and to
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of a variety of HPC systems (CPU, GPU, storage systems, file systems, networking, virtualization, job schedulers (Slurm) and scientific applications) Expert knowledge of database, filesystem, networking
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for multi-core processors, with particular emphasis on the CUDA platform, which enables the use of graphics processing units (GPUs) for general-purpose tasks, history of application for external financing
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computing environments, e.g. HPC cluster (CPUs and GPUs) or cloud. Proficiency with high-performance computing and system architecture. Advanced knowledge relating to highly complex database system design
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supportive team environment that promotes collaboration and knowledge sharing. Access to world-class computational infrastructure, GPU-based computing environments, and unique high-quality cryoET datasets
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. This position oversees the installation, configuration, and maintenance of servers, including GPUs, within the CRAY supercomputer environment and other hosted equipment. This position ensures compliance with
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to the continuous improvement of research support services across the faculty. This position offers the opportunity to work on a diverse range of technologies, from Linux systems administration and networking to GPU
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, from Linux systems administration and networking to GPU infrastructure, research computing, and AI platforms. You will have ample opportunities to develop your expertise while contributing directly to
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requirements of the position. Preferred Qualifications Experience with GNSS signal processing Experience with signal processing simulation tools Experience with embedded processors, GPUs, or FPGAs for signal
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feedback; optimize for real-time performance; distribute computations between GPU and device-proximal processors; ensure precise synchronization with visual and auditory stimuli. Real-Time Collision and