Abstract: Described herein are embodiments of systems and methods for determining remaining useful life (RUL) of an electro-mechanical device. The systems may include a compiler and an external network communicatively connected with the compiler. The compiler determines forecasted reliability of the part, determines actual reliability of the part, divides forecasted reliability by actual reliability to determine forecasted useful operation time, Tx, and subtracts total operation time T from forecasted useful operation time Tx to determine RUL.

Abstract: Described herein are embodiments of systems and methods for determining remaining useful life (RUL) of an electro-mechanical device. The methods may include providing a compiler and providing an external network communicatively connected with the compiler. The compiler determines forecasted reliability of the part, determines actual reliability of the part, divides forecasted reliability by actual reliability to determine forecasted useful operation time, Tx, and subtracts total operation time T from forecasted useful operation time Tx to determine RUL.

Abstract: A scanner monitors a vehicle engine module's performance, such as, for example, a vehicle engine powertrain by creating and compiling performance data either in real time or based on a data post-processing schedule. A preventive maintenance or repair is suggested if the critical boundaries of a probable failure are reached.