Copper composites find widespread applications across various industries owing to their exceptional thermal, electrical, mechanical, and tribological properties. This study investigates the influence of titanium carbide particles on the performance of copper composites. The copper composite, incorporating titanium carbide particles, was meticulously prepared through the powder metallurgy route. Comprehensive characterization using advanced techniques, including X-ray diffractometry, optical microscopy, Vickers hardness, and compressive strength testings, was conducted to assess phases, microstructure, and mechanical properties. The results demonstrate the successful fabrication of copper composites with titanium carbide particles exhibiting a uniform distribution. Notably, the addition of titanium carbide particles led to a slight reduction in the grain size of copper grains, accompanied by an enhancement in hardness and compressive strength. This study sheds light on the promising implications of incorporating titanium carbide particles in copper composites, offering improved material characteristics with potential applications in various industries.