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, and distributed decision-making. • Design and implement software solutions in Python and/or C++, including algorithm development, optimization, and deployment on embedded computing
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manipulation of THz waves for THz imaging of metamaterial surfaces. (iii) Optimize and enhance the computational algorithm by introducing a patterned spintronic THz emitter array to resolve the two
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manipulation of THz waves for THz imaging of metamaterial surfaces. (iii) Optimize and enhance the computational algorithm by introducing a patterned spintronic THz emitter array to resolve the two
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analysis and predictive modeling is highly desirable. Experience with software development, cloud computing, data engineering, algorithm design, or scalable computational workflows is a strong plus
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architectures, or machine-learning-driven analysis for photon-limited measurements. Exposure to event-driven sensing or hardware-algorithm co-design for single-photon systems will be an added advantage
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algorithm development, and integration and validation on physical robotic hardware. We are looking for a postdoctoral researcher to lead the technical execution of this project, with work performed on-site
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Center for Devices and Radiological Health (CDRH) | Southern Md Facility, Maryland | United States | about 2 hours ago
methods for AI algorithm training with limited data, bias analysis and minimization, performance metrics and uncertainty quantification, evaluation of continuously learning algorithms, and post-market
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Center for Devices and Radiological Health (CDRH) | Southern Md Facility, Maryland | United States | about 2 hours ago
methods for AI algorithm training with limited data, bias analysis and minimization, performance metrics and uncertainty quantification, evaluation of continuously learning algorithms, and post-market
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Python, R, or equivalent, with experience in data analysis, algorithm development, statistics, and machine learning. Experience with multi-omic data integration frameworks, predictive modeling of
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combine machine learning, mathematical modelling and algorithm design to enable autonomous operation of large satellite constellations. You will also develop an open-source simulation and benchmarking