Since the early 1960s and the first resuscitation manikin, technological improvements have allowed the development of virtual-reality training simulators [1, 2].
The complexity of acquiring minimally invasive surgical (MIS) skills, combined with smaller case volumes for residents have pushed the development of skills training facilities on simulators outside the operating room (OR).
It benefits the utility by cutting down operational costs of a training simulator and improving the training methodology of the simulator.
This paper presents the development of a 3D mechanical maintenance training simulator for this context, using a low-cost simulation platform and a software architecture that separates simulation control from simulation visualization, in view of enabling more agile adaptation of simulators.
The development of patient simulators began in anaesthesiology at the end of the 1980s [ 6- 8].
He has pioneered the development of "management flight simulators" of corporate and economic systems.
The results of this study have informed the iterative development of the simulator.
The main objective of this work is the development of a virtual simulator to enhance the training on the epidural anesthesia, in order to reduce the high failure rate currently reported on these medical procedures.
The development of real time simulator starts in 1973 when[25] developed the first Rayleigh based channel simulator.
This work describes the first phase of development of the biomolecular simulator.
