Welcome to the world of embedded programming! If you’re new to this exciting field or looking to refine your skills, fear not. We have curated a comprehensive checklist of resources that will guide you through the embedded landscape step-by-step. In this article, we will explore a range of topics relevant to embedded systems, from basic concepts to complex projects.

Table of Contents

• Awesome Embedded
• Interview
• Embedded Software Skill
• Common
• MCU Programming
• Bare-metal programming (Don’t need MCU)
• MSP430
• TM4C123
• MSP432
• STM32
• STM32F7
• STM8
• ESP8266
• Raspberry
• BeagleBone
• Linux Kernel and Device Driver Development
• Assembly
• RTOS
• Automotive
• OS
• Windows CE
• Compiler
• Bootloader
• Makefile
• Peripheral
• Others
• Embedded GUI Development
• Machine Learning & AI on MCU
• Utilities
• Tips & Tricks
• Tech Blogs
• FAQ Embedded
• Looking for more lists like this?
• Books

Awesome Embedded Resources

In our curated list, you’ll find various categories that cover everything from middleware to advanced applications. These resources are suitable for both beginners and seasoned veterans in embedded programming. It’s crucial to keep exploring and enhancing your knowledge!

Interview Preparation

Looking to ace your interview? Take advantage of these resources:

• Embedded Interview Questions
• Interview Questions Archive by Company
• Coding Interview University – A comprehensive study plan for software engineers.

Essential Embedded Software Skills

Before diving into projects, ensure you’re familiar with vital skills needed for embedded systems:

• 16 Essential Skills for Embedded Engineers
• Become a Low-Level Programmer
• Programmer Competency Matrix

Common Embedded Programming Topics

Familiarize yourself with common concepts:

• Integer Size in C on 32-bit and 64-bit Systems
• TeraTerm – TTL Command Reference
• TeraTerm Scripts
• Linker Command File Primer
• The C Build Process
• Building Bare-Metal ARM Systems with GNU

MCU Programming

When it comes to Microcontroller Unit (MCU) programming, think of it like teaching a child to ride a bike. Initially, it may seem daunting, but with practice and the right guidance, it transforms into a second nature skill. Just like choosing the right bike for a child is crucial, selecting the right MCU is equally important.

By leveraging resources listed below, you can navigate and master this exciting journey:

• Bare-metal Programming (Don’t need MCU)
• MSP430
• TM4C123
• MSP432
• STM32
• STM32F7
• STM8
• ESP8266

Bare-metal Programming (Don’t need MCU)

• Simplest Bare-Metal Program for ARM
• Bare Metal Programming Guide
• Real-Time C++ Code Companion

MSP430 Resources

• MSP430-GCC
• Introduction to Embedded Systems
• MSP430 Template
• MSP430 Reference

TM4C123 Resources

• Embedded Systems Playground
• Macros in TivaWare
• Analog to Digital Conversion, Data Acquisition, and Control

MSP432 Resources

• Real-Time Bluetooth Networks – UTAustinX

STM32 Resources

• STM32 Bootloader
• STM32 Nucleo Testing

STM32F7 Resources

• STM32F7 Series

STM8 Resources

• STM8 Tiny Peripheral Library

ESP8266 Resources

• Open Source Bootloader for ESP8266

Raspberry Pi Resources

• Raspberry Pi Bare Metal

BeagleBone Resources

• BeagleBone Black I2C References

Linux Kernel and Device Driver Development Resources

• Linux Inside

Assembly Resources

• GCC Inline Assembly HOWTO

Real-Time Operating Systems Resources

• List of Open Source RTOS

Automotive Programming Resources

• Trampoline RTOS for Small Embedded Systems

Operating System Resources

• uClinux Project

Windows CE Resources

• GuruCE Blog

Compiler Resources

• ARM Compiler – armasm User Guide

Bootloader Resources

• Writing a Bootloader in Assembly and C

Makefile Resources

• Managing Projects with GNU Make

Peripheral Resources

• Memory Protection Unit
• Open Source USB Stack for Embedded Systems

Other Resources

Don’t forget to explore additional resources that cover a variety of topics related to embedded systems:

• A Practical Approach to Kalman Filter
• ELC 2018 Presentations

Embedded GUI Development Resources

• Embedded Wizard – GUI for Embedded Platforms
• LVGL – Graphics Library for Embedded GUI

Machine Learning and AI on MCU

• nnom – Neural Network for Microcontrollers

Utilities Resources

• lm4tools

Tips & Tricks

• Awesome Cheat Sheets for Developers

Tech Blogs

• What a C Programmer Should Know About Memory

FAQ on Embedded Programming

• Boot Section Removed

Looking for More Lists Like This?

• Awesome C

Books for Embedded Programming

• Mastering the Raspberry Pi

Troubleshooting

As you navigate through the world of embedded systems and encounter challenges, here are a few troubleshooting strategies:

• Understanding Concepts: If you find yourself confused, revisit foundational resources first before advancing to more complex materials.
• Community Support: Engaging with forums can provide insights and answers to specific questions you may have.
• Debugging Tools: Familiarize yourself with available debugging tools as they can help you quickly identify and rectify errors.
• Stay Updated: Technology is always evolving. Ensure you keep updated with the latest trends and tools in embedded systems.

For more insights, updates, or to collaborate on AI development projects, stay connected with fxis.ai.

Final Thoughts

At fxis.ai, we believe that such advancements are crucial for the future of AI, as they enable more comprehensive and effective solutions. Our team is continually exploring new methodologies to push the envelope in artificial intelligence, ensuring that our clients benefit from the latest technological innovations.