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Field
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the goal to obtain more in-depth process understanding and develop automated control strategies for single cell microbial suspension cultures. Currently, the team is working on liquid- and gas-phase
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/maelfait-lab Research Project Nucleic acids are potent triggers of immune responses. The presence of virus-derived RNA or DNA molecules activates nucleic acid sensors inside the host cell, which stimulates
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. Key Responsibilities: Develop and implement perception and control algorithms for robotic arms and embodied AI systems. Assist in integrating multimodal AI models (vision, language, force sensors) with
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. Key Responsibilities: Develop and implement perception and control algorithms for robotic arms and embodied AI systems. Assist in integrating multimodal AI models (vision, language, force sensors) with
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climate control to direct crop-centric control. This paradigm shift relies on breakthroughs in microclimate sensing, interpreting crop performance by integrating sensor data at different temporal and
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spacecraft design. On the aeronautics side, this includes but is not limited to CFD, aerodynamics, aircraft propulsion, sustainable aviation, advanced air mobility, and hypersonics. As of the fall semester
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include multiple laboratories featuring a range of collaborative and non-collaborative robots, industrial autonomous vehicles, mobile robots, mobile manipulators, state-of-the-art sensors, robotic hands
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data se t collected using sensors originally developed for mobile robotics applications. Job description Particular focus will be placed on deriving velocity and flow depth estimates at unprecedented
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assays. Advanced proficiency in cell culture, specifically primary mouse neurons and astrocytes (including their isolation) and IPSC-derived neurons. Lead and design experiments involving the use of CRISPR
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framework for assessing physical and mental workload in high-performance training environments. The project investigates how wearable sensors, IoT technologies, environmental sensing, mobile applications