International Research Journal of Education and Technology

The PCB design and fabrication process is an essential aspect of modern electronics manufacturing, requiring high precision, efficiency, and quality control. However, traditional workflows involve multiple manual interventions, which can lead to design inconsistencies, inefficiencies, and unexpected delays. An automated system that streamlines the PCB design-to-fabrication process through a centralized digital platform is presented in this paper to address these issues. The proposed system integrates design rule checks (DRC), real-time validation, automated approval workflows, and seamless integration with fabrication tools. This digital transformation aims to enhance collaboration among design teams, minimize human errors, and accelerate the transition from PCB design to physical fabrication. The system architecture, implementation strategies, full-stack development details, and the potential benefits of automating PCB workflows in academic and industrial laboratory settings are all examined in depth in this study..

Key Words: .Dev-ops, full stack, pcb portal, mern stack, Tailwind CSS,DRC.