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Not only does our school employ numerous full-body baby, child, male, female and geriatric manikins, but we also use specific simulators for such skills as urinary catheterization, tracheostomy care, and IV administration (pictured) -- and the list goes on and on!
CUMTD purchased two driving simulators in 2010 with ARRA funds. The simulators are used with trainees to acclimate them to the controls and basic maneuvers of a bus. These high-tech tools are also useful in retraining for experienced operators. The software was designed to replicate the community we serve. This allows our trainers to recreate an accident that occurred and discuss improvements with an operator.
There is also tremendous benefit for the environment. The simulators take our buses off the street, which saves money and reduces general wear and tear. Manufacturer's website: faac.com/index2.html
Staff Sgt. Brian Schar test drives the new state-of-the-art driving simulator that will help wounded servicemembers return to driving independence. (U.S. Army Photo By Kristin Ellis)
Simulador / Equipo de entrenamiento Boeing 737-700. Monte Grande, Esteban EcheverrÃa, Argentina. Junio 2015.
Boeing 737-700 Simulator / Flight Training Device. Monte Grande, Esteban EcheverrÃa, Argentina. June 2015.
This is a lunar eclipse simulator I built in about 30 minutes after realizing the weather was a bit too cloudy to always have a good view of the moon. It uses an Arduino UNO, a ShiftBrite Shield, a ChronoDot, a ShiftBar, and a Satellite Module 001. The code is very quick 'n dirty, it just dims the moon as it enters penumbra, starts tinting to red-orange as it passes through umbra totality, and reverse the process. All in real time, synchronized with the ChronoDot.