Laser manufacturing is a multidisciplinary field of research and a key technological approach that investigates and applies the interaction of coherent, directed light energy (lasers) with materials for processing and fabrication purposes. This concept encompasses a diverse array of processes, including but not limited to cutting, welding, drilling, surface modification, and additive manufacturing, characterized by high precision, non-contact operation, localized energy delivery, and minimal thermal distortion. Its academic significance lies in advancing fundamental understanding of light-matter interactions at various scales and developing innovative manufacturing solutions critical for achieving complex geometries, micro/nano features, and enhanced material performance across numerous industrial sectors.