The aim of this project is to fabricated an aluminium-copper bimetal through the fusion method and examine its performance. An aluminium-copper-aluminium bimetal was built by the Laser Cladding method. The Laser power as well as the annealing time effects on its interfacial properties of the bonding’s formed through the Laser Cladding were investigated. To fabricate the multilayer bimetal, the Laser beam characteristic including the beam radios, and Transverse Electromagnetic Mode (TEM), and focusing conditions were considered in a heat source model. The model was, next, integrated within ANSYS package to predict the temperature distribution and clad bead profile during the Laser Cladding of the pre-placed copper powder layer on the aluminium substrate. After preparation of the samples, the intermetallic compounds formed at the joints were explored through the Scanning Electron Microscopy (SEM) and Energy Dispersive Spectroscopy (EDS) processes. Based on the experimental results, a Laser power increase from 1100 W to 1150 W increased the intermetallic compound width, while an increase of 1150 W to 1200 W does not have much effect on the width. Also, increasing the annealing time results, increases the intermetallic compound thickness. In addition, based on experimental results obtained, four specimens are detected at the bimetal interface, one of which has 73.4 % copper and 26.1 % aluminium. The results also indicate that, with increasing both the Laser power and annealing time, the electrical resistance of the samples decreases.