The Hugo Schiff base comprises the Azomethine moiety formed by the reaction between The Carbonyl moiety and Amine groups. Schiff bases of aminotriazine treated with isatin have been synthesized in this project. Complexes of Nickel, Cobalt, Iron, and Chromium's transition metals have also been produced. They were identified using IR, NMR, Mass spectra and UV-Vis spectra. Utilizing spectrophotometric methodology, their stability constants were determined. It has been determined that the stability constants of Cobalt and Nickel are greater than those of Chromium and Iron owing to their higher binding capacities. They were discovered to have good antibacterial activity after screening with a few bacteria.