Abstract
The Infinite Linear Induction Machine (ILIM) represents a significant advancement in the field of electric machinery. The first prototype of this machine is nearing completion, having been built as part of a multi-year project aimed at realizing the ILIM. This dissertation outlines its construction, along with the challenges faced and the technologies required to develop a fully functional ILIM. Although the machine is not yet complete, one notable challenge included creating the first fully dynamic circuit-level LTSpice model. This model was essential for developing a remote testing plan. The LTSpice model is fully operational and serves as a crucial first step toward implementing a complete Kron model in Spice. This implementation is necessary for modeling the independent coil control needed to achieve the ILIM's status as the first electric machine capable of emulating other electric machines.