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Field
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of research, technology and industry, you will lead the development of innovative approaches using multi-sensor lidar, imaging analytics and geospatial data to improve forest inventory, monitoring and decision
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to 3.5 years based on the performance and career plan of the hired person. Responsibilities • Assess landscape performance (visual, spatial, and functional) • Apply geospatial and image-based
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. Familiarity with multimodal sensing technologies, including RGB imaging, thermal imaging, 3D vision, or other non-destructive inspection methods. Experience with edge AI, real-time inference, or MLOps
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, injections, survival surgery and microdissection. Proficient in molecular biology techniques: RT-PCR, western blotting, immunostaining/imaging, etc. Proficient in mammalian cell culture techniques
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New York University Grossman School of Medicine (Torres-Vázquez lab) | New York City, New York | United States | 2 months ago
expression analyses, quantitative imaging. Excellent written and verbal communication skills. Strong quantitative and analytical skills The ability to work both independently and collaboratively in a team
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spectrometry on pure proteins, fluorescence reporter assays on cell lysates or purified proteins, and whole cell assays based on dye reporters or other types of imaging. Biological mechanisms are studied through
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comprehensive literature review on food rheology, texture analysis, particle analysis, image analysis and the IDDSI framework. Design and execute experiments to develop new instrumental texture analysis methods
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validation. · Perform computational analysis of imaging, molecular, genomic, and phenotypic data to identify relationships among microenvironmental states, oncogenic mutations, and epithelial-cell
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supported by state-of-the-art core facilities, including cellular and human imaging, data science, and gene targeting technologies. https://ircn.jp/en/ * details of the business The IRCN (International
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cellular biology, chemical biology, quantitative proteomics, CRISPR genome editing, advanced fluorescence imaging, and cancer models to uncover fundamental mechanisms of genome maintenance and identify novel