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digital experiences, including web and interactive content, with a strong understanding of user experience (UX), accessibility principles, and AI-optimized/AI-compatible web and template design. Create
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optimize new techniques such as tissue clearing, expansion microscopy, and large-scale RNA labeling. All in support of research to develop new molecular tools and imaging, to understand neuronal circuits
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develop new features and extend the capabilities of a real-time neural data processing and decoding platform. This includes optimizing GPU-accelerated signal processing pipelines, improving system
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, integrate, test, debug, modify, and optimize simple to complex systems, instruments, and one-of-a-kind prototype component parts for research. Study project objectives, priorities, and requirements
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immune partnership, we aim to improve women’s reproductive health and optimize immune trajectories for future generations. For more information about our lab, visit www.limmunity.com . As a Postdoctoral
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microscopy, and machine learning. Our goal is to develop a protein biosensor optimization pipeline that integrates high-throughput functional screening with predictive deep learning to accelerate the directed
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-mechanical devices. The ability to clearly communicate engineering principles, design, and coding with biologists and the capacity to work collaboratively with members of the lab to optimize systems and coding
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., Workday, Ariba, Concur), from strategy and implementation through optimization and support. Drive continuous improvement of business processes, system configurations, and user experience. Ensure effective
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infrastructure, model training, and inference systems. You'll design, develop, and optimize scalable data pipelines and build multi-node GPU training and inference pipelines for foundational models. You'll also
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/firmware bottlenecks in DAQs, GPUs, and cameras. (Interfaces with diverse hardware: cameras, DAQ boards, GPUs, head-mounted displays, lasers/scanners.) Performance optimization for low-latency, precise