A modular aeroponics assembly comprising: - a base section and a planter section atop said base section, in that, ∘ said planter section comprising one or more modular drawers configured to hold planter pods; ∘ said base section comprising a reservoir configured to hold water and nutrients to be fed to said planter section; - a modular frame structure, configured to ensconce said modular drawers within said modular frame structure, said modular frame structure ensuring that said assembly is an operatively vertical, floor standing structure, each of said modular drawers comprising at least a top drawer sub-assembly and at least a corresponding bottom drawer sub-assembly, which fit with respect to each other to form one full complete modular drawer assembly, along with planter pods, configured to hold plants, such that there is established a cascaded channelized flow, of water and nutrients, from a top drawer sub-assembly to its corresponding bottom drawer sub-assembly to a consecutively below-located top drawer sub-assembly to its corresponding below-located bottom drawer sub-assembly, sequentially, till said water and nutrients reach said reservoir,in that, ∘ said top drawer sub-assembly comprising at least an operative left top drawer sub-assembly (202a.1) and at least an operative right top drawer sub-assembly (202a.2); ∘ said bottom drawer sub-assembly comprising at least an operative left bottom drawer sub-assembly (202b.1) and at least an operative right bottom drawer sub-assembly (202b.2); ∘ said planter pods being aligned, along an axis which is angularly displaced, operatively outwards, about a vertical axis of a front face of said drawer assembly, characterized in that said modular aeroponics assembly further comprises: - one or more noise dampeners being provided at a base of each of said bottom drawer sub-assemblies just adjacent to each corresponding planter pod thereby providing each planter pod with an associated noise dampener located adjacently and operatively below it; and - an inclined wall configured by providing an inclined surface against a back wall of each of said top drawer sub-assemblies, said inclined wall, forming a channel, starting from the one or more bottom holes of a top drawer sub-assembly and ending with its corresponding noise dampener. - a base section and a planter section atop said base section, in that, ∘ said planter section comprising one or more modular drawers configured to hold planter pods; ∘ said base section comprising a reservoir configured to hold water and nutrients to be fed to said planter section; ∘ said planter section comprising one or more modular drawers configured to hold planter pods; ∘ said base section comprising a reservoir configured to hold water and nutrients to be fed to said planter section; - a modular frame structure, configured to ensconce said modular drawers within said modular frame structure, said modular frame structure ensuring that said assembly is an operatively vertical, floor standing structure, each of said modular drawers comprising at least a top drawer sub-assembly and at least a corresponding bottom drawer sub-assembly, which fit with respect to each other to form one full complete modular drawer assembly, along with planter pods, configured to hold plants, such that there is established a cascaded channelized flow, of water and nutrients, from a top drawer sub-assembly to its corresponding bottom drawer sub-assembly to a consecutively below-located top drawer sub-assembly to its corresponding below-located bottom drawer sub-assembly, sequentially, till said water and nutrients reach said reservoir,in that, ∘ said top drawer sub-assembly comprising at least an operative left top drawer sub-assembly (202a.1) and at least an operative right top drawer sub-assembly (202a.2); ∘ said bottom drawer sub-assembly comprising at least an operative left bottom drawer sub-assembly (202b.1) and at least an operative right bottom drawer sub-assembly (202b.2); ∘ said planter pods being aligned, along an axis which is angularly displaced, operatively outwards, about a vertical axis of a front face of said drawer assembly, characterized in that said modular aeroponics assembly further comprises: ∘ said top drawer sub-assembly comprising at least an operative left top drawer sub-assembly (202a.1) and at least an operative right top drawer sub-assembly (202a.2); ∘ said bottom drawer sub-assembly comprising at least an operative left bottom drawer sub-assembly (202b.1) and at least an operative right bottom drawer sub-assembly (202b.2); ∘ said planter pods being aligned, along an axis which is angularly displaced, operatively outwards, about a vertical axis of a front face of said drawer assembly, characterized in that said modular aeroponics assembly further comprises: - one or more noise dampeners being provided at a base of each of said bottom drawer sub-assemblies just adjacent to each corresponding planter pod thereby providing each planter pod with an associated noise dampener located adjacently and operatively below it; and - an inclined wall configured by providing an inclined surface against a back wall of each of said top drawer sub-assemblies, said inclined wall, forming a channel, starting from the one or more bottom holes of a top drawer sub-assembly and ending with its corresponding noise dampener.