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overexpression, anaerobic methods for protein purification, and various bioanalytical tools to assess protein purity and properties. They will also use an array of physical methods including EPR spectroscopy
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molecular/cellular biology topics. Expertise in chemical biology approaches, RNA structure probing, or next-generation sequencing library preparation. Familiarity with computational tools for analyzing
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for implementation, data collection, and teacher co-design activities. Please Note: This position is grant funded; future employment may be contingent upon future funding. Qualifications Required Education PhD in
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structuring of river systems. Familiarity with software and tools for simulating river network dynamics, such as R, Julia, Python, or GIS-based hydrological modeling platforms. Ability to integrate physical
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laboratory, simulation, or field-based experiments Experience developing software using Python, MATLAB, C/C++, ROS, simulation environments, or other scientific computing tools applicable to autonomous systems
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hazards. Established to bridge the gap between science and decision-making, IDRT delivers cutting-edge analytics, tools, and evidence-based solutions that support state agencies, partners, and local
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University campus and laboratory; it is not a remote or telework position. Travel: This position may require travel as required. Please note: This position is grant funded; future employment may be contingent
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commensurate based on the selected hire’s education and experience. Location/Schedule: Bryan, TX/Part-Time; May have to work on the weekend and/or after normal hours. Please note: This position is grant funded
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scientific data-analysis and visualization tools (e.g., MATLAB, Python, R) for processing MC-ICP-MS data and preparing publication-quality figures. Excellent verbal and written skills. Presentation skills
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, anaerobic methods for protein purification, and various bioanalytical tools to assess protein purity and properties. Utilizes electron paramagnetic resonance spectroscopy and other spectroscopic approaches