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laboratory, simulation, or field-based experiments Experience developing software using Python, MATLAB, C/C++, ROS, simulation environments, or other scientific computing tools applicable to autonomous systems
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structuring of river systems. Familiarity with software and tools for simulating river network dynamics, such as R, Julia, Python, or GIS-based hydrological modeling platforms. Ability to integrate physical
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, and optimization techniques, to enhance robotic autonomy and mission performance. Develop and validate digital twin environments for simulation, testing, and evaluation of autonomous robotic systems and
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drone operation and simulation software integration, is a plus. SALARY: Up to $5,000.00 Monthly ($60,000.00 Annual, Approximately) NOTE: This is a grant funded position with continued employment