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Field
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under the following conditions: OBJECTIVES | FUNCTIONS Analyze mass spectrometry data for microbial identification. Assist in the curation of spectra and the development of identification algorithms
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approaches used to support reliable pathogen detection. This project aligns with IDPB’s public health mission to develop, improve, evaluate, and apply laboratory technology to detect microbial agents
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at the Singapore Institute of Technology (SIT), with research strengths in metabolic engineering, microbial biomanufacturing, and sustainable process development. One Research Fellow will be hired to support the
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of microbial genetics and physiology to optimize fermentation strategies through novel strain development and modification of bioprocessing parameters. Learning Objectives: You will gain experience in
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includes the Centre for Soil, Agrifood and Biosciences which has expertise in soil, plant and microbial systems across scales, with the Cranfield Environment Centre which has expertise in environmental
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opportunity to work collaboratively to integrate microbial phenotypic data (e.g., fluxomics, transcriptomics, proteomics, metabolomics) into quantitative computational models capable of predicting and
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experience in implementing experiments to develop novel methods of controlling economically important arthropod pests and gastrointestinal nematodes in goats. Methods will be focused on microbial biocontrol
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on microbial processes and stoichiometry dynamics Enhanced rock weathering model development and optimization, focusing on hydrological coupling and organo-mineral interactions Crop model development and
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Taye at the University of British Columbia, is seeking a highly motivated Postdoctoral Fellow to support a collaborative project focused on mapping soil microbial biodiversity across forest and
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of extension. PhD holders with no experience are welcome to apply. Ideal candidates will possess expertise in metabolic pathway engineering, microbial engineering and the development of cell factories