8085 Microprocessor: Foundations of Computer Architecture

Understanding how a computer processes information at the hardware level is essential for any aspiring engineer or programmer. This course provides a clear, text-based path to mastering the 8085 microprocessor, which serves as the classic blueprint for understanding modern computing systems. You will progress from learning basic binary logic and hardware terminology to writing functional assembly code and understanding how processors communicate with the outside world. This foundational knowledge bridges the gap between software and physical hardware. What you'll learn: - Understand the internal architecture, including registers, the arithmetic logic unit, and control units. - Master the 8085 instruction set to write and analyze assembly language programs. - Apply timing diagrams to interpret machine cycles and instruction execution phases. - Configure interfacing logic between the processor, memory modules, and input/output devices. - Practice solving logical problems through structured assembly coding exercises. - Relate 8085 architectural concepts to modern processor designs and embedded systems. The course begins with essential terminology and hardware definitions before moving into the instruction set and practical interfacing applications. This structured approach ensures you build a deep mental model of how data moves through a system. This material is designed for absolute beginners interested in computer engineering, electronics, or low-level programming, with no prior hardware experience required. Begin building your foundational knowledge of microprocessor technology today.