**6. Future work**

It is proposed for a future research that the designed transducer can improve its performance for more amplitude of range of work due to the mathematical analysis can adapt the characteristics parameters of the sensor during the calibration, furthermore, the adaptive transduction can give faster and good response in nonlinear range of work. In addition, with the mathematical model designed for the vibration/temperature transducer can be adapted for complex correlations or control tasks that could be made on wireless.

Moreover, it is proposed for a future research to enhance the applications of the designed sensor in telemetry control and increase the distance between the antennas which support for the measured data transmission.

The heat produced due to the combustion motor operation (the maximal temperature value of the motor surface) can be used to be transformed in electrical energy to be used by the control system, thus this is a target for a future work of this research.
