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applications. Develop and implement algorithms, control systems, and software applications for robot operation and autonomy. Create and optimize the mechanical components and structures of the robot for optimal
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in Precision Agricultural in particular precision irrigation. • Maintain and troubleshoot soil sensors and dataloggers used for irrigation scheduling. • Troubleshoot and operate center pivot irrigation
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identification sensor capabilities and improve data capture systems in various technology fields, and researches and promotes the business case and value of adoption in food operations and supply chain. The RFID
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and serialized identification sensor capabilities and improve data capture systems in various technology fields, and researches and promotes the business case and value of adoption in food operations
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troubleshoot soil sensors and dataloggers used for irrigation scheduling. • Troubleshoot and operate center pivot irrigation systems. • Purchase materials, supplies, and sometimes small instrumentation required
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, but are not limited to, designing experiments, sensor fusion, signal processing, advising graduate and undergraduate students, and writing reports, scholarly papers, and proposals. The ideal candidate