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, and iterate the design of a next-generation turbidity meter (Arduino-based with radio communication to a central controller). ● Develop and validate calibration methods for new sensors for turbidity and
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related research questions and collaborate on projects conducted in the Lab and with partners. Anticipated Division of Time Develop methods for the use eBird and structured survey data as well as data
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. Anticipated Division of Time Develop methods for the use eBird and structured survey data as well as data on climate and land-use/land-cover change to meet project goals. (45%) Present results at professional
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your cover letter, including which Shima Seiki machine you operated, how long have you worked with the machine, and for what purposes/projects, PhD degree in Computer Science, Electrical Engineering
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Division of Time Lab Research: 40% Field Research: 20% Writing: 20% Train/Supervise: 20% Requirements A PhD in a relevant field (plant pathology, plant breeding, microbiology, ecology, or similar field
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Biomedical Science related Master´s degree or DVM degree in addition to a PhD are preferred. This position will require attention to detail, leadership abilities, problem-solving skills, and a passion for
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degree or DVM degree in addition to a PhD are preferred. This position will require attention to detail, leadership abilities, problem-solving skills, and a passion for hands-on work, and caring
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particles with displaced vertices and contribute to one of the HL-LHC upgrade projects at Cornell University with preference towards the pixel forward detector upgrade. Required Qualifications: ● PhD in
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quantitative analytic methods. Core responsibilities include: Conducting data analysis for ongoing projects. Developing independent and collaborative publications by accessing available longitudinal data
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, how long have you worked with the machine, and for what purposes/projects, · PhD degree in Computer Science, Electrical Engineering, Information Science, Mechanical Engineering, Human-Computer