An overview and status of the MOLLER experiment at Jefferson Lab

The MOLLER experiment aims to achieve a precise measurement of the parity-violating asymmetry through electron-electron scattering in Hall A at Jefferson Lab, targeting an uncertainty level of 0.8 parts per billion (ppb). This measurement enables a 2.4 % determination of the weak charge of the electron at an average Q² of 0.0056 GeV², leading to an ultra-precise evaluation of the weak mixing angle--an important parameter in the Standard Model. The results of this measurement not only contribute to our understanding of fundamental physics but also offer an indirect avenue for exploring Physics Beyond the Standard Model, complementing high-energy collider searches. The experiment is currently in the construction and prototype testing phase, fully supported by funding. This presentation will provide an overview of the scientific objectives, outline the experimental apparatus, and report updates on the status of the MOLLER construction project.