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high-quality data throughput by working closely with diverse user groups, providing technical expertise, and supervising instrument use. • Maintaining laboratory instruments in optimal condition through
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for: Designing optimization-based decision-making frameworks for zero-emission vehicles and charging infrastructure. Analyzing theoretical guarantees of these frameworks using tools from optimization, dynamical
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-body Dynamics ME 212: Advanced Controls: Robustness and Optimality ME 237: Radiative Heat Transfer ME 239: Nano-Fabrication for Interdisciplinary Materials Sciences ME 290: Surface Sci and Engineering
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144: Introduction to Multi-body Dynamics ME 212: Advanced Controls: Robustness and Optimality ME 237: Radiative Heat Transfer ME 239: Nano-Fabrication for Interdisciplinary Materials Sciences ME 290
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: Computer Aided Engineering ME 140: Vibration and Control ME 142: Mechatronics ME 144: Introduction to Multi-body Dynamics ME 212: Advanced Controls: Robustness and Optimality ME 237: Radiative Heat Transfer
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distributed computing, system software design and development for AI and digital twin applications, energy efficiency optimization, and contribute to innovative research aimed at improving food production
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. · Equipment Maintenance and Troubleshooting: Manage routine maintenance and troubleshoot state-of-the-art geospatial data collection equipment to ensure optimal performance in the field. · Research