At this time, researchers from all corners of the world are focusing their attention on developing strategies that may make use of waste products from either industrial or agricultural operations as a supply of raw materials for the construction sector. The production of these wastes may have originated in either the industrial or agricultural sectors. The majority of researchers are working toward the goal of producing high-strength concrete by continuing to increase the compressive strength of concrete through the use of a variety of techniques, such as the incorporation of fibre reinforcement into the concrete mixture and the addition of specific admixtures, which may include super plasticizers. This will allow for the production of concrete with a greater capacity to withstand loads. The majority of researchers are concentrating their efforts on developing more cost-effective strategies for increasing the strength of concrete by incorporating philosophical considerations into the design process and making use of contemporary techniques. This is due to the fact that the expense of these methods cannot be weighed against the benefits that they provide. Ash from sugarcane bagasse and broken coconut shells may be used as a substitute for fine aggregate and coarse aggregate, respectively, as one such approach that may be used. During the process of refining sugar, a variety of fibrous waste products are produced, in addition to ethanol vapour. One of these waste products is bagasse, which originates from sugar cane. Ash produced from bagasse mostly consists of aluminium ions and silica in its composition. The viability of using ash derived from sugarcane bagasse as a partial replacement for fine aggregate and coconut shells as a source of coarse material was investigated through a series of controlled laboratory experiments. The experiments were carried out in order to start investigating the viability of using ash derived from sugarcane bagasse.