There is a discovery of space limitless within the laboratories particularly for universities. This is centered on the multifunctioning university laboratory that generate practical for semester and yearly students. Storages within the laboratory has shown capabilities in storing a maximum of metal and all other type of material but that reduces the available space. Space maximization project with high technical and engineering skill obligation. An early fulfillment of space with the laboratory increases the health and safety failure every year and might results in increase of injuries with the work pace. This article adopts inventory control, facilitates planning and material handling to reveal the major challenges. As university laboratories are improved in storing through engineering design to maximize space will have positive impact manufacturing industries as well by improving material control and limiting the unnecessary incidents. The statistical technique was further employed to quantify the improvements through fabrication of raw material. Results show that metal material can be protected from abstracting rust by fabricating the steel material shelves designing. A proper technology involvement to fabricate all material utilized within the laboratories still to be addressed in the future through research.