PCB Design with OrCAD: Schematic Capture, Simulation, and Layout

Every modern electronic device relies on a well-designed printed circuit board to function safely and efficiently. Transitioning an idea from a basic concept to a functional, manufacturable PCB requires a structured design workflow. This text-based course guides you through the entire electronics design lifecycle using OrCAD. You will learn how to draft clean schematics, run circuit simulations to verify your designs, and layout physical PCBs that meet industry standards. What you will learn: Understand foundational PCB design concepts, component libraries, and schematic symbols; Create precise schematic diagrams using OrCAD Capture while maintaining proper electrical rules; Simulate circuit behavior to analyze performance and troubleshoot errors before physical prototyping; Design PCB layouts by placing components strategically and routing traces effectively; Apply modern design-for-manufacturing principles and signal integrity basics to ensure board reliability; Generate standard manufacturing files, including Gerber data and bills of materials. The course starts with essential terminology and schematic drafting basics, progresses through simulation techniques, and concludes with hands-on board layout strategies and manufacturing preparation. This course is designed for aspiring hardware engineers, electronics hobbyists, and students who are new to PCB design and want a structured, text-guided introduction to OrCAD. No prior PCB design experience is required. Start reading today to build the skills needed to bring your hardware ideas to life.