  Electromechanics is the field of studying the interaction between microwave
resonators and mechanical oscillators. It has been an interesting topic in the
recent decade due to its numerous potential applications in science and
technology, including ground-state cooling of macroscopic objects, quantum
sensing, quantum memory, and quantum transduction. This thesis presents a
comprehensive analysis of a project focused on simulating, designing, and
modeling electromechanical devices with the ultimate objective of achieving
their successful implementation. Through the thesis, after an overview of the
theoretical model of electromechanics, I will introduce our design for the
device and explain how we simulated it to optimize its characteristics. Next, I
will discuss the nanofabrication process we have developed for the device,
along with the fundamental aspects of the characterization method and setup.
Subsequently, I will present the theoretical model I have developed based on
electromechanics. This model has significant potential to open up new avenues
for future research, building upon the foundation laid by the current project.
