The necessary process design for the design, analysis, and fabrication of sensor structure by using micro stereolithography which is one of the 3D printing methods. The sensor which is planned to be fabricated in this study is will be used to measure temperature within the environment. Such temperature sensors are widely used in both consumer electronics and industrial, commercial, medical and military applications or equipment.

Although the telecommunication industry is the largest user of these devices, surface acoustic wave-based devices have many attractive features to be explored. Due to their small size, high sensitivity to external physical parameters and from the properties of the film deposited on the surface acoustic wave substrate, they can react very fast to the changes in the environmental conditions.

The rapid advancements in the sensor technologies have been affected positively by the technological progress that has been made my nanoelectronics structure fabrication techniques over the last few decades. The gains in microelectronics and nanoelectronics devices affect sensor technologies. Sensors are manufactured as smart sensors in line with micro technologies and offer innovative approaches in terms of cost, miniaturization, and precision. The use of micro-fabrication techniques has increased the performance and reliability, while on the other hand it has also helped in reducing the physical size, volume, weight, and cost. These factors make micro fabrication technology much more dominant than integrated circuit microchip technology. There are many benefits of reducing a mechanical system to a micro-scale. For example, in such a system, the forces related to volume (weight/inertia) lose their importance. Thus, very fast mechanical systems can be realized in the micro- scale world.