MuBoot Boot loader in Embedded Rust (CONSOLE)

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Free Download MuBoot Boot loader in Embedded Rust (CONSOLE)
Published 12/2025
Created by Benix Samuel Vincent Theogaraj
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Level: Intermediate | Genre: eLearning | Language: English | Duration: 20 Lectures ( 1h 48m ) | Size: 829 MB

Design of MuBoot boot-loader CONSOLE built with RUST programming language and run on RISC-V Hifive1-Rev B board
What you'll learn
What is Muthal Boot loader (MuBoot) ?
Design Goals and Constraints Considered for Console design in MuBoot
HAL style design abstraction patters in Rust
Step-by-step Journey: GPIO, PLL, UART, Board bring up and boot logic
Boot loader command interface - design and implmentation
Blocking & Blocking I/O design
Requirements
Embedded Rust on RISC-V Part 1 course or minimal knowledge with embedded rust and RISC-V
Description
This Course starts with discussion on design goals and constraints set for MuBoot boot-loader (primarily for CONSOLE), then dives into each of the goals after introducing what is a console. More details for the learners:Before you register, please pay attention to what is covered. First and foremost, this course is NOT a complete boot-loader, instead the basic (fundamental) part of boot-loader which is the console readiness. This course is limited to the design, discussion and implementation of console on MuBoot loader. Since there are lot of well developed boot-loader like UBOOT, etc why would someone be interested in this MuBoot, its new and being developed with Embedded Rust & targeted specifically for RISC-V targets. Its in very early development. What you can learn in this course? MuBoot a real bare-metal boot-loader for a RISC-V board in pure Embedded Rust, mastering the low-level concepts that professional firmware engineers use every day.And yes-by the end, you would see MuBoot run on real hardware, with:A working boot promptA live UART console (MuBoot>)Command processingLED boot-status signalingClock initializationMemory-mapped register controlThis isn't just theory but designed and built to run on real hardware.Key takeaways:bare-metal RustRISC-V bring-upmemory-mapped I/OUART driver developmentbootloader architecturehardware abstraction patternsThis course is built continuously on previous two courses: Embedded Rust on RISC-V Part-1 & Introduction to RISC-V and RISC-V assembly programming.
Who this course is for
This course helps low level embedded programmers to organize code for embedded rust project, bare metal RUST and hardware abstraction patterns in embedded rust
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MuBoot: Boot loader in Embedded Rust (CONSOLE)
Published 12/2025
Duration: 1h 48m | .MP4 1280x720 30fps(r) | AAC, 44100Hz, 2ch | 828.92 MB
Genre: eLearning | Language: English​

Design of MuBoot boot-loader CONSOLE built with RUST programming language and run on RISC-V Hifive1-Rev B board

What you'll learn
- What is Muthal Boot loader (MuBoot) ?
- Design Goals and Constraints Considered for Console design in MuBoot
- HAL style design abstraction patters in Rust
- Step-by-step Journey: GPIO, PLL, UART, Board bring up and boot logic
- Boot loader command interface - design and implmentation
- Blocking & Blocking I/O design

Requirements
- Embedded Rust on RISC-V Part 1 course or minimal knowledge with embedded rust and RISC-V

Description
This Course starts with discussion on design goals and constraints set for MuBoot boot-loader (primarily for CONSOLE), then dives into each of the goals after introducing what is a console.

More details for the learners:

Before you register, please pay attention to what is covered.First and foremost, this course is NOT a complete boot-loader, instead the basic (fundamental) part of boot-loader which is the console readiness. This course is limited to the design, discussion and implementation of console on MuBoot loader. Since there are lot of well developed boot-loader like UBOOT, etc why would someone be interested in this MuBoot, its new and being developed with Embedded Rust & targeted specifically for RISC-V targets.

Its in very early development. What you can learn in this course?

MuBoot areal bare-metal boot-loaderfor a RISC-V board inpure Embedded Rust, mastering the low-level concepts that professional firmware engineers use every day.

And yes-by the end, you would see MuBoot run on real hardware, with:

A working boot prompt

A live UART console (MuBoot>)

Command processing

LED boot-status signaling

Clock initialization

Memory-mapped register control

This isn't just theory but designed and built to run on real hardware.

Key takeaways:

bare-metal Rust

RISC-V bring-up

memory-mapped I/O

UART driver development

bootloader architecture

hardware abstraction patterns

This course is built continuously on previous two courses: Embedded Rust on RISC-V Part-1 & Introduction to RISC-V and RISC-V assembly programming.

Who this course is for:
- This course helps low level embedded programmers to organize code for embedded rust project, bare metal RUST and hardware abstraction patterns in embedded rust

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