34 computer-programmer-"U.S"-"U"-"Embry-Riddle-Aeronautical-University" positions at University of Dayton
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or PMP program management certification - Due to the requirements of our research contracts with the U.S. federal government, candidates for this position must be a U.S. citizen Preferred Qualifications
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Minimum of 8 years’ experience with machining. Setup and operation of 2, 3, 4 and 5-axis CNC machines (i.e. Lathe, Mill, Wire EDM), including at-machine program edits Minimum of 8 years’ experience with
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and enthusiasm to teach in and develop UDSL's hybrid online J.D. program; Effective classroom management skills; Commitment to breadth of education, including educating the whole person in the Marianist
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years of experience in computer numerical control (CNC) programming for metals (i.e. milling, turning, EDM, etc…) • Minimum of 10 years of experience using Mastercam software to program CNC machining
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of extracting data for current and historical analysis • Ability to prepare spend plans and provide recommendations to maintain program goals • Capable of understanding contract requirements and determining
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Position Summary: Join the University of Dayton Research Institute's (UDRI) Sensor & Software Systems Division as a Principal Software Engineer, where you'll be at the forefront of cutting-edge
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Logistics Agency (DLA) support, Technical Order development, engineering support for structural aircraft modifications, reliability and maintainability investigations, and structural integrity program support
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applicants to apply today! This position will support the AM Engineering Group, lead technical project manager, program managers, production team, and engineers. Specifically, the position will help engineers
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programs and CAD program files • Highly organized and attention to detail • Expert use of hand, power tools and powered facilities equipment including forklifts and scissor lifts • Excellent time management
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techniques. The RSD Additive Manufacturing (AM) Program Office (AMPO) team develops an organic industrial base within the U.S. Air Force by utilizing additive technologies such as 3D printing to produce