Introduction to RISC-V Architecture and Assembly Programming

Understanding how software interacts with hardware is a fundamental superpower for modern developers. This course demystifies computer architecture by teaching you RISC-V, the rapidly growing open-standard instruction set architecture. Through clear explanations and structured text-based exercises, you will transition from high-level programming concepts to writing and reading low-level assembly code, gaining a deep appreciation of how processors execute instructions. In this course, you will: 1. Understand the foundational principles of the RISC-V instruction set architecture and register files. 2. Write and analyze core RISC-V assembly language instructions and syntax constructs. 3. Implement control flow, loops, and conditional branching at the machine level. 4. Manage memory access using load and store operations efficiently. 5. Explore modern RISC-V extensions, including basics of vector processing. 6. Practice translating high-level logic into clean, functional assembly code. You will start with essential terminology, basic CPU components, and the philosophy of RISC before moving on to practical coding scenarios. Step-by-step written explanations will guide you through building a solid mental model of memory, registers, and execution flow. This course is designed for beginners in computer architecture, software developers curious about low-level systems, and computer science students. No prior assembly or hardware experience is required. Start reading today to unlock a deeper understanding of how modern processors work.