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communication skills. Ability to organize large and complex events, such as preparing for the National Collegiate Landscape Competition and hosting industry advisory and partnership events. A strong command of
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communication skills. Ability to organize large and complex events, such as preparing for the National Collegiate Landscape Competition and hosting industry advisory and partnership events. A strong command of
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within controlled environments (labs, OSU fields, greenhouses, etc.) but opportunities also exist for off-campus, field-based work. Most projects are full time (40 hours a week) for 8 weeks, but limited
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, aerial vehicles, dynamical systems and control, robot and mechanism design, safe autonomy, multi-robot and swarm systems, and biologically inspired systems.Areas of application interest include, but
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. Selection is dependent on availability and class schedule. Position Duties 100% Duties to be determined by hiring unit. Other duties include: Hand watering Checks of environmental control system General
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Experience managing research projects, including coordinating timelines and tasks Familiarity with version control systems (e.g., Git) and reproducible research practices Working Conditions / Work Schedule
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activities, preparation and control of annual and biennial budgets for the University, its instructional and research divisions, statewide public service units, and auxiliary enterprises. This position is
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sessional classes. Demonstrate command of the subject matter taught and undertake course and curriculum development and pedagogical development. Prepare and present class materials and assignments, grade
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. These positions may be exposed to noxious odors, infectious diseases, chemicals, gas anesthetics, radiation, loud noises, wet and slippery floors, and machinery. These positions have access to controlled substances
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, autonomous vehicles, marine robotics, motion planning and localization, multi-robot coordination, robot learning, robot perception, aerial vehicles, dynamical systems and control, robot and mechanism design