In self-assembled systems, supramolecular chirality is produced by a plethora of non-covalent interactions. However, it is noteworthy that metal-coordination has emerged as a highly efficacious approach in this regard. This can be attributed to the inherent capability of coordination assemblies to manifest symmetrical organization, while simultaneously offering meticulous control over the attributes of shape (morphology), size (dimensions), and functionality. By capitalizing on the remarkable stability, diversity, and directionality of metalligand interactions, a wide array of coordination assemblies have been investigated to exploit both metal-and ligandcentred chiralities. For the purpose of designing stable enantiopure ensembles with potential applications in stereoselective molecular recognition and sensing, separation, stabilization of reactive species and as asymmetric reaction vessels, a quantitative understanding of the mechanisms underlying the processes that induce, maintain, switch, and relay chirality within assembled architectures is necessary. In general, chirality within the coordination architectures can be attained via two principal pathways, (i) by using the enantiopure building blocks; and (ii) employing achiral building blocks where the relative orientation of the ligands and coordination environment around the metal centres determine the overall stereochemical outcome. In addition, the introduction of an appropriate guest molecule within the coordination assemblies or the environment, i.e., presence of a chiral counterion or solvent sometimes offers a crucial approach to disrupt the symmetry of metallo-supramolecular architectures, resulting in their chirality. The domain of chiral metal-supramolecular assemblies has experienced substantial expansion in recent decades, giving rise to an abundance of noteworthy discoveries and phenomena. To provide a general insight into the recent progress of discrete MOCs, this paper presents a summary of notable and recent development in this area. The subsequent discussion is organized based on the aforementioned design strategies.