AHMED ALSAYADI

The design and operation of a temperature sensor based on a silicon substrate thermocouple are investigated in this work. A heat-absorbing element (absorber) in the middle of the sensor is surrounded by a network of thermocouples. Thermal energy is efficiently absorbed by the absorber and then transformed into an electrical signal by the thermocouples. A voltmeter can measure the voltage produced by these thermocouples and translate it into an accurate temperature reading. The voltage is related to the temperature disparity. The thermocouples are supported by a robust and effective silicon substrate, guaranteeing exceptional sensitivity and dependability. By using the thermoelectric concept, this design demonstrates a practical method for accurate temperature monitoring in a range of applications.

The project might aim to explore a new method of generating power using a combination of flywheel and camshaft systems, potentially providing an alternative to conventional engines or generators for certain applications. This could lead to reduced fuel consumption or reliance on external power sources. The flywheel camshaft power generator could serve as a backup power solution for applications requiring short-term power bursts or in places where traditional power systems are unreliable.