 The study introduces a strategy for placing micro-phaser measurement units, MEWS, that enhances observability and monitoring capabilities while considering real-world constraints and uncertainties. The proposed algorithm employs a technique to make optimal decisions at each step, taking into account network structure, key nodes, and system stability. It is adaptable to distribution networks and can continuously provide optimal placement solutions even in evolving network conditions. The results demonstrate that the suggested method achieves better observability value and requires fewer MEWS compared to state-of-the-art methods. By strategically placing MEWS, operators can improve system observability, quickly detect and locate faults, and make informed decisions for effective network operations, ultimately improving distribution network reliability, resilience, and performance in the face of changing dynamics. This article was authored by Kala Hassani, Akmed Fokfak, and Fauzi Durbel.