Learn embedded-systems
15 expert-rated courses covering embedded-systems. Compared by rating, price, difficulty, and job relevance so you can pick the right one.
Embedded Systems is a critical skill for engineers, developers, and technicians working on IoT, industrial automation, and robotics applications. The average salary for an Embedded Systems Engineer in 2026 is projected to be $105,000, with 19% growth in demand over the next 3 years.
Key Facts About embedded-systems
- 1Embedded Systems combine hardware and software components to create specialized, single-function devices for applications like home appliances, medical equipment, and manufacturing.
- 2Popular embedded platforms include Arduino, Raspberry Pi, and Beaglebone, which enable rapid prototyping and deployment of embedded applications.
- 3Embedded Systems programming typically involves low-level languages like C and C++, as well as real-time operating systems like FreeRTOS and QNX.
- 4Key skills for embedded engineers include digital electronics, microcontroller architecture, real-time programming, and debugging techniques.
- 5The rise of the Internet of Things (IoT) has dramatically increased demand for Embedded Systems expertise to enable connectivity, automation, and intelligence in consumer and industrial devices.
Top embedded-systems Courses
Arduino Platform
Introduction to Arduino microcontroller development for embedded systems and IoT projects. Learn circuit design, programming, sensors, and actuators to build interactive electronic systems.
Arduino For Beginners 2023 Complete Course
Comprehensive beginner course covering Arduino fundamentals, microcontroller programming, and hands-on electronics projects. Learn to build interactive circuits and develop firmware using the Arduino IDE from scratch.
Arduino Bootcamp Learning Through Projects
Project-based bootcamp teaching Arduino development through real-world applications and hands-on coding. Build complete working prototypes including home automation, robotics, and IoT solutions.
IoT
Comprehensive introduction to Internet of Things architecture, protocols, and applications. Learn to build connected devices and smart systems using modern IoT platforms and frameworks.
Raspberry Pi Platform
Foundational course on Raspberry Pi microcomputer, covering operating system setup, Python programming, and GPIO control. Learn to leverage Raspberry Pi's Linux environment for projects ranging from simple automation to complex applications.
Beginning Custom Projects With Raspberry Pi
Hands-on project course for building custom applications on Raspberry Pi from conception to deployment. Create practical solutions including home automation systems, media centers, and embedded servers.
Introduction to Embedded Systems
Comprehensive introduction to embedded systems architecture, design principles, and real-time operating systems. Explore microcontroller concepts, firmware development, and system constraints.
Embedded Systems Using C
Advanced programming course focused on developing embedded systems with C language. Master memory management, hardware interaction, and optimization techniques specific to resource-constrained environments.
Embedded Software Hardware
Learn the fundamentals of embedded systems by exploring the interaction between software and hardware components. This course covers microcontroller programming, hardware interfacing, and real-time systems design principles essential for embedded development.
ARM Cortex Fundamentals: Building Embedded Systems
Master ARM Cortex processor architecture and develop embedded systems using ARM-based microcontrollers. Learn assembly language, C programming, and hardware abstraction layers for professional embedded development.
Basic Electronics
Learn fundamental electronic principles including circuit analysis, components, and their applications in real-world systems. This course covers essential concepts needed for robotics, IoT, and embedded systems development.
Introduction to Internet of Things
Explore the fundamentals of IoT systems, from connected devices and sensors to cloud platforms and data analytics. This course provides a comprehensive overview of IoT architecture, protocols, and real-world applications across various industries.
Smart Home Automation with Arduino
Design, build, and control smart home systems using Arduino projects and real-world applications for home automation.
Arduino Programming and Project Development
Learn Arduino programming for embedded systems and robotics projects. Covers hardware interfacing, sensors, and wireless communication.
FPGA Design for Embedded Systems
Comprehensive FPGA design specialization from University of Colorado Boulder covering Verilog, SystemVerilog, and hardware design for robotics and edge systems.
Pro Tips for Learning embedded-systems
- #1Start with an introductory Arduino or Raspberry Pi course to gain hands-on experience with common embedded platforms.
- #2Supplement coursework with personal projects that let you apply Embedded Systems concepts to real-world problems.
- #3Master low-level programming in C/C++ as well as real-time operating systems to become a well-rounded embedded engineer.
Why Learn embedded-systems?
- Embedded Systems expertise is highly sought-after by employers in the rapidly growing IoT, robotics, and industrial automation industries.
- Learning Embedded Systems can lead to lucrative engineering and development roles with an average salary over $100,000.
- Embedded Systems skills enable you to design, build, and program a wide range of specialized devices, from smart home appliances to medical equipment.