RISC-V Assembly Projects: Build Real-World Systems with Assembly, I/O, Interrupts, and Embedded Linux

Master hardware-level control, build real embedded systems, and future-proof your engineering career—one RISC‑V project at a time.
RISC‑V Assembly Projects: Build Real‑World Systems with Assembly, I/O, Interrupts, and Embedded Linux is the definitive hands-on guide for mastering RISC‑V architecture through real-world applications. Written by veteran firmware architect Michael G. Gutierrez , this book delivers step-by-step projects that teach you to control hardware at the bare-metal level using open-source tools , memory-mapped I/O , and modern RISC‑V development boards like the ESP32‑C3 and VisionFive .

Whether you’re migrating from Arduino, ARM Cortex‑M, or writing high-level C, you’ll gain the skills to craft robust embedded systems—from blinking LEDs to shell-like Linux tools—all in pure RISC‑V assembly.

What You’ll Build — and Why It Matters Blink and pattern LEDs with GPIO and hardware timers—learn low-level I/O and real-time control .

Handle button inputs with debounce logic that scales to any MCU architecture .

Write interrupt service routines to create responsive firmware .

Communicate over UART , SPI , and I²C —build serial consoles and interface with sensors.

Create bootloaders and key-value flash storage for non-volatile persistence .

Drop into Linux syscalls and build command-line utilities with real shell behavior.

Each chapter includes fully tested source code , compatible with QEMU emulators and real RISC‑V chips—no guesswork, no black boxes.

Michael G. Gutierrez is a seasoned firmware expert with 15+ years of experience building mission-critical embedded software for aerospace, automotive, and industrial IoT systems. He’s a respected speaker at RISC‑V Summit and Embedded Linux Conference , and his tutorials appear in the official RISC‑V International GitHub . His expertise ensures that what you learn here translates directly to industry-standard embedded development.

Why This Book Is Different Project-based approach —learn by building, not theory alone.

2025-ready coverage —RV64GC, compressed instructions, syscalls, and bare-metal to Linux transitions .

Modern toolchain focus —GNU assembler, linker scripts, Makefiles, and debugging with GDB.

Future-proof skills —understand open instruction sets powering the next generation of computing.

Who Should Read This Embedded engineers moving beyond 8-bit platforms to open RISC‑V microcontrollers .

Hobbyists and makers seeking freedom from proprietary chip ecosystems.

CS students aiming to build a portfolio of hardware-level projects .

Firmware or kernel developers preparing for low-level technical interviews .

If you want a clear, practical guide from Hello, World to interrupt-driven, Linux-ready RISC‑V firmware—with real, working projects and pro-level insights—this book is your launchpad.

Start coding at the metal. Buy now and master the future of embedded systems with RISC‑V.