13 parallel-processing-bioinformatics uni jobs at Lawrence Berkeley National Laboratory
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(LBNL ) Biological Systems and Engineering (BSE ) Division has an opening for a Research Associate (Associate Process Engineer) to join the Advanced Biofuels and Bioproducts Process Development Unit
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(deep learning, generative models, NLP, computer vision) and integrate these approaches with Lab-scale HPC and cloud environments. Develop and optimize pipelines that combine HPC with AI frameworks
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for the U.S. Department of Energy's (DOE ) Joint Genome Institute. You will be responsible for managing engagements with external partners, including JGI's computer infrastructure providers and collaborative
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to fundamental hydrological, mechanical and biogeochemical processes in soils, sediments and rocks. Setup and conduct laboratory analysis of geomaterial samples. Conduct data processes, analytics and communicate
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algorithms to improve the performance of scientific applications Researching digital and post-digital computer architectures for science Developing and advancing extreme-scale scientific data management
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community. What You Will Do: Software Development & Lifecycle Contribute to and oversee all phases of software development for PPS, from requirements gathering through design, testing, operation, and long
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methods, techniques and evaluation criteria for obtaining results. Responsible for 24x7 operations and monitoring, processes and execution at the Group level, providing leadership and guidance for site
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controllers for detectors using the EPICS control interface. Proficient developing software pipelines for data processing with high data rates and volumes. Experience with high-throughput data acquisition
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Systems Engineer 3 or 4 (CSE3 or CSE4) depending on their level skills and experience. When applying, a cover letter is highly encouraged. What You Will Do, at Level 3: Develop AI services on NERSC's
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atoms for quantum information processing and quantum communication. Extensive experience in theoretical and numerical studies of quantum light-matter interfaces and Rydberg interactions with applications