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-aided design (CAD) and 3D models (Revit, SolidWorks) for prototype housing units Assist with computational fluid dynamics (CFD) simulations and wave-tank testing in CITEL Support sensor calibration, data
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DC-DC converters, AC motor drives, and control algorithms Sensors such as MEMs accelerometers, piezoelectric sensing, MEMs microphones, etc. Your working location can be hybrid on-site/work from home
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the state of the art in many areas of high energy laser weapon system development, including sensor components, systems analysis and manufacturing technology improvements, providing superior technical
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as required Perform the calibration, adjustment, repair and installation of various types of digital and analog sensors, alarm systems and sub-systems, such as temperature, pressure, including vacuum
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research in areas of concrete decarbonization, utilization of marginal and nonconventional pozzolans, prediction and mitigation of alkali-silica reaction, and development of sensors for assessing concrete
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processing, and sensor fabrication and testing. Students typically work 5-10 hours per week during the semester and 40 hours per week over the summer. EMDD works with students to determine a schedule based on
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controllers, sensors, and actuators. Assessing and upgrading existing control systems as required. Providing technical support to the Controls Supervisor and the assigned technicians. Ensuring all Penn State
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sensors, data acquisition, and statistical analysis. Ensure a safe and engaging lab environment. Collaborate with faculty to maintain consistency with course objectives and materials (already developed
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sensor development for assessing concrete quality and durability. The successful candidate will work closely with Dr. Farshad Rajabipour in management and execution of research projects, proposal
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program manager or project lead for a DoD/IC technology development program is preferred Broad experience in one or more of the following technology areas; Undersea Vehicles, Autonomous Systems, Sensors