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acceleration. This 3-year, NSF-funded position offers a unique opportunity to explore the unsteady dynamics of undulatory locomotion in fishes using computational, robotic and biological approaches. Work will
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infrastructure, semiconductors, space, aerospace, robotics, agriculture, sustainable manufacturing practices, supply chain operations, agile and/or in-situ quality assurance modeling, and structural health
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and aerial robots. As a Research Engineer, you will play a pivotal role in various aspects of autonomous vehicle development and experimentation. Your responsibilities will include: • Autonomous vehicle
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equipment, etc. Maintaining lab equipment: Responsible for operating and maintaining specialized equipment (motion analysis, force treadmill, force plates, EMG, EEG, robotic hardware, metabolics
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assessment/evaluation. • Use of robotics for high throughput processing of moeluclar biology samples. • Hands-on experience with Illumina, PacBio and/or ONT NGS instrumentation and technology. • Basic
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environment rich in cross departmental collaborations. Clinical. We are seeking a candidate with broad experience in all aspects of open, minimally invasive (laparoscopic/DaVinci robotic) and endoscopic
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environment rich in cross departmental collaborations. Clinical. We are seeking a candidate with broad experience in all aspects of open, minimally invasive (laparoscopic/DaVinci robotic) and endoscopic
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OR block assignments within the Department. UF Health Shands has 7 robots. Urogynecology has robot block time access in the main hospital and a Surgical Center. Education - The Department of ObGyn hosts a
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high throughput screening. Perform routine work with computer-controlled automation, workstations, robotics, and freezer inventories. Maintain database entries and electronic records. Follow all safety
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and medical students from UF Health Shands Hospital at the UF College of Medicine. Additional resources including four daVinci robotics, UroNav MRI-US fusion prostate biopsy technology, urologic