Computer System Architecture Fundamentals

Computer architecture forms the backbone of modern technology, governing how hardware and software interact to process data efficiently. This beginner-friendly course provides a clear foundation in computer system architecture, equipping you to understand processor design, memory hierarchies, and system interfaces. What you'll learn: Understand core terminology, the von Neumann architecture, and foundational hardware models. Explore central processing unit (CPU) components, including registers, arithmetic logic units, and instruction cycles. Analyze memory organization, from high-speed cache and RAM to secondary storage systems. Examine input/output mechanisms, bus structures, and peripheral interaction. Learn modern architectural concepts such as multi-core processing, pipelining, and basic virtualization concepts. Evaluate system performance metrics and hardware reliability principles. You will begin with essential definitions and structural concepts before progressing step-by-step through core computing hardware, data flow, and modern architecture patterns. This course is designed for beginners and IT students seeking a solid understanding of computer hardware mechanics, with no prior hardware engineering experience required. Dive into the material today to build your expertise in modern computing architecture.