Low-density yet robust, rigid, and high-impact strength structural materials are required for aerospace, transportation, marine, and space applications. Materials called composites can meet the demands of modern technology. The potential of woven Bamboo and jute fiber to improve the mechanical characteristics of Epoxy Matrix has not been explored. The investigation focuses on the Taguchi technique for optimizing parameters affecting the mechanical characteristics (tensile and flexural) of woven hybrid Bamboo and jute fiber reinforced in epoxy composites. The factors include % of Bamboo, % of Jute, and % matrix materials. The Taguchi technique was employed to design the experiments, and the outcomes were analyzed. The experimental data obtained were statistically analyzed, and optimized values of various parameters were depicted. The results showed that 30% reinforcement, i.e., 10% Bamboo and 20 % jute, and 70% matrix material, show the highest mechanical properties. They have shown to be more advantageous as reinforcements in composite materials used in the polymer industry and may be used to make boards for skating, safety helmets, electric-powered switchboards, vehicle dashboards, and parcel shelves, among many other applications