This document describes a project to design and build a model that demonstrates kinematics in tangential and normal coordinates. The student aims to apply error calculations, analyze physical variables like position, velocity, and acceleration, and construct the equation that defines the particle's trajectory. Experimental data is collected from the model over 10 trials and calculations are shown to determine values like final position, velocity, and accelerations (normal, centrifugal, tangential, and total). Conclusions state that the model successfully analyzed the tangential and normal components of motion and applied error theory to determine average revolutions. Characteristics distinguishing uniform and accelerated circular motion are also described.