RISC-V Architecture and Assembly Language Fundamentals

As computing moves toward open-source standards, understanding the hardware-software interface is more critical than ever. This course introduces you to RISC-V, the revolutionary open-standard instruction set architecture that is redefining modern processor design. By reading through clear explanations and analyzing practical assembly examples, you will bridge the gap between high-level software and low-level hardware. You will gain the skills to read, write, and debug RISC-V assembly code and understand how modern processors execute instructions. What you'll learn: - Understand the foundational philosophy of RISC-V and how open-source hardware architectures differ from proprietary alternatives. - Read and write fundamental RISC-V assembly instructions for arithmetic, data transfer, and control flow. - Master the use of registers, memory management, and calling conventions in assembly programming. - Configure and use modern open-source simulation tools like QEMU to execute and test your code. - Explore current industry developments, including RISC-V vector extensions for modern workloads. The course begins with essential terminology and the basic concepts of computer architecture before guiding you through hands-on assembly writing and simulation techniques. You will progress from simple instructions to understanding how full programs execute on a RISC-V core. This course is designed for beginner programmers, computer science students, and hardware enthusiasts who want a solid foundation in modern computer architecture without any prior assembly experience. Start building your hardware-level programming skills today.