97 algorithm-development-"Multiple"-"Simons-Foundation"-"Prof"-"UCL" positions at HHMI
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support and training in advanced light microscopy, mentoring and experimental support for graduate and undergraduate students, developing new methods, and conducting independent research. This critical
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to the development and optimization of new mass spectrometry methodologies and workflows. Develop, optimize, and validate computational workflows and data-analysis pipelines, including QC assessment, normalization
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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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and conceptual training. Access to advanced multi-omics and in vivo platforms to support high-impact, interdisciplinary research. Direct mentorship from Dr. Whitney Henry in developing and leading
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). The candidate will also have the opportunity to develop novel instruments for enabling new topology studies, gain an in-depth understanding of data via theoretical and computational modeling, and investigate
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the role. Strong software development skills applied to control systems, automation, or data acquisition. Familiarity with mechanical design and fabrication, coupled with a readiness to collaborate closely
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. Joining a strong, collaborative team that fosters a positive and inclusive lab culture. Hands-on training, mentorship, and professional development. Access to state-of-the-art technology and equipment
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a variety of different ways ranging from conducting basic biomedical research, empowering educators, inspiring students, developing the next generation of scientists – even stretching into film and
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of mosquito host-seeking behavior. Mosquitoes require a blood meal to complete egg development, and in carrying out this innate behavior, they spread dangerous infectious diseases such as malaria, dengue, Zika
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support the lab of Dr. Keiko Torii at the University of Texas at Austin in Austin, Texas. The Torii lab studies how functional tissue patterns are formed during plant development. We have uncovered key