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How to Become an Embedded Systems Engineer Bootcamp
Go from Zero to Hero and turn embedded systems from a weekend hobby into a full-time, high-paying engineering career. Learn coding, PCB design, microcontroller programming, and more.
Created By Ashraf Said AlMadhoun
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Try Personal Plan for freeWhat You’ll Learn
- Understand what embedded systems are and how they impact real-world applications.
- Explore the role and responsibilities of an embedded systems engineer in modern tech-driven industries.
- Master the essential skill set every embedded systems engineer needs—from coding to hardware design.
- Map out your career path with insights into industry-recognized degrees, certifications, and progression routes.
- Program microcontrollers using Embedded C and gain hands-on coding experience in real-world environments.
- Build clean, user-friendly programs and learn how to debug and trace errors efficiently.
- Design and fabricate your own PCBs using industry-standard tools.
- Learn C# programming fundamentals through hands-on coding exercises.
- Convert 2D sketches into functional 3D models and master modern 3D design techniques.
- Program the STM32—a powerful 32-bit ARM-based microcontroller used in industrial-grade projects.
- Set up your own electronics home lab with the right tools, equipment, and layout for success.
- Learn how to solder electronic components like a pro, ensuring your hardware projects are durable and production-ready.
Requirements
- A working computer or laptop.
- Free software provided with the course—easy to download and install.
Description
If you're fascinated by robotics, electronics, or hardware-software interaction, then embedded systems may be your ideal career path. In this bootcamp-style course, we take you from beginner to industry-ready engineer by covering every essential skill—from writing embedded C code to creating 3D product enclosures.
This is not just another course—it’s a career transformation plan.
You'll learn how to design, program, and deploy embedded systems with confidence. Each module is packed with real-world applications, coding examples, and design principles, all geared toward helping you become a job-ready engineer.
Why You Should Take This Course:
- Learn at your own pace through bite-sized video lectures, exercises, and real projects.
- Get a complete overview—from software to hardware, microcontrollers to PCBs, C to C#.
- All-in-one course covering multiple disciplines: programming, electronics, 3D design, soldering, lab setup, and more.
- Modular and beginner-friendly: Start from scratch and grow your skill set step-by-step with expert support.
- Includes free software tools and valuable extras: books, design templates, and downloadable codes.
This course isn’t about theory alone—it’s about practice, progress, and preparing for a career that blends innovation with problem-solving. Whether you’re starting out or looking to upskill, this course will help you build a portfolio, master your tools, and unlock new career opportunities.
Who This Course Is For
- Anyone who wants to become an Embedded Systems Engineer, whether from scratch or with some experience.
- Students, developers, or hobbyists interested in learning microcontroller programming in Embedded C.
- Engineers looking to expand their skills into PCB design, STM32 programming, and 3D modeling.
- Anyone curious about electronics who wants to turn their passion into a career.
- Makers and tinkerers who want to set up a professional-grade electronics lab at home.
This is your chance to break into embedded systems with a complete, guided bootcamp taught by industry professionals.
Start learning today and make embedded systems your career path!
Course content
1. Introduction.mp4
2. What is Embedded Systems.mp4
3. What is an embedded Systems Engineer.mp4
4. Core Skills of an Embedded Systems Engineer.mp4
5. Embedded Systems Engineering Degrees and Certificates.mp4
1. Overivew and The software to be used.mp4
2. Compilation Process and Your First C Project.mp4
3. How to increase the font size in the Programming enviroment.mp4
4. Why C and Basic Program Structure.mp4
5. Variables.mp4
6. Statements and Operators.mp4
7. LOOP Statements.mp4
8. Conditions if and switch.mp4
9. Numbering System.mp4
10. Using Functions.mp4
11. Using Operators.mp4
12. Digital inputs and Delay loops.mp4
1. What is Ultiboard and Why you should use it.mp4
2. Download and Install Multisim and Ultiboard.mp4
3. Multisim User Interface Explained.mp4
4. Drawing a Simple Schematic.mp4
5. Create your first PCB Design.mp4
6. Create a Schematic for Arduino UNO Shield.mp4
7. Create a PCB fpr Arduino UNO Shield.mp4
8. Arduino Boards Templates for Multisim.mp4
9. Multisim Templates for Custom Arduino Shields.mp4
10. Create PIC Microcontroller Breakout Board Schematic.mp4
11. Create PIC Microcontroller Breakout Board PCB.mp4
12. Led Controller Circuit Schematic and PCB Design.mp4
1. download and install.mp4
2. Basic Input and Output using Console Methods.mp4
3. Create Your First App.mp4
4. Coding Your First App.mp4
5. String Args Part1.mp4
6. Syntax Basics.mp4
7. Data Types.mp4
8. Type Conversion.mp4
9. Operators.mp4
10. Operator Example.mp4
11. example my age.mp4
12. Decision Making using If statement.mp4
13. SwitchCase.mp4
14. While and do While Loops.mp4
15. For Loop.mp4
16. If else and nested if statements.mp4
1. SolidWorks Components - Parts Asseblies Drawings.mp4
2. Let_s Begin Starting SolidWorks.mp4
3. SolidWork Explorer Tab Explained.mp4
4. SolidWork Toolbars Explained.mp4
5. SolidWork Exercise.mp4
6. Handfull Shortcuts.mp4
7. 3D Views Tab.mp4
1. Introduction.mp4
2. Create a sketch for Arduino Mega.mp4
3. Creating the 3D Body for Arduino Mega.mp4
4. Add Arduino Mega 3D Model.mp4
5. Finishing the Board.mp4
77 STM32CubeMx MCU Selector.mp4
78 Things You Must Know.mp4
79 Pinout Configuration.mp4
80 The World of STM.mp4
81 Key Features.mp4
82 Peripherals and Middleware configuration.mp4
83 Applications.mp4
84 NUCLEO Development Boards.mp4
85 STM32 Development Board.mp4
86 ARM Coretx M4 Architecture.mp4
87 Introduction to ARM World.mp4
88 ARM Cortex M4 Memory Map.mp4
89 Introduction to ARM Coretx.mp4
90 What is CMSIS.mp4
91 Configure Arduino IDE to Program STM32 Boards.mp4
92 Control Registers in STM32.mp4
93 Download and Install STM32CubeMx.mp4
94 Some of the GPIO Registers in STM32.mp4
95 STM32 ARM Naming.mp4
96 STM32 Pinout.mp4
97 Uploading Your First Code Part2.mp4
1. Introduction.mp4
2. The Right Location.mp4
3. Multimeter.mp4
4. Soldering Station.mp4
5. Soldering Accessories.mp4
6. Bench Power Supply.mp4
7. An Oscilloscope.mp4
8. Wire Stripper.mp4
9. Needle-nose Pliers and Wire Cutter.mp4
10. Hot Glue Gun.mp4
11. Precision Screwdriver Set.mp4
12. Tweezers.mp4
13. Rotary Tool and Accessories.mp4
14. 3D Printer.mp4
15. Assortment Kits and Electronics Components.mp4
16. Breadboards and Jumper Wires.mp4
17. Electronics Components.mp4
18. Varied Sensors and Modules.mp4
19. Arduino Starter Kit.mp4
20. Cabinet organizer.mp4
21. How to Buy Electronic Lab Components From Amazon.mp4
22. How to Buy Electronic Lab Components From Aliexpress.mp4
23. How to Buy Electronic Lab Components From Ebay.mp4
1. Course Contents.mp4
2. Things to Consider when Choosing Soldering Irons.mp4
3. Soldering Accessories.mp4
4. Step One Preperation.mp4
5. Step Two Tinning.mp4
6. Step Three Soldering.mp4
7. Cleaning Your Soldering Iron.mp4
8. Tips and Tricks.mp4
9. Examples of Bad Soldering.mp4
10. Let_s Try Soldering.mp4
11. Important tip when soldering Electronic Componenets into PCB Boards.mp4
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Instructor
Ashraf Said AlMadhoun is a passionate educator and entrepreneur dedicated to inspiring individuals through online learning. Since 2007, Ashraf has been teaching thousands of students via his online education platform, Educational Engineering School, helping them acquire new skills and unlock their potential to become better versions of themselves.
What Do You Want to Learn?
Ashraf offers a variety of courses tailored to meet diverse needs, including:
Learning how to monetize skills as an Embedded System Developer.
Building a 6-figure business from scratch.
Gaining expertise in coding, circuit design, and soldering electronic components.
Creating impactful and innovative projects.
Starting an embedded systems career to develop great projects, simulate designs, program, and create PCB boards.
Launching a freelance career in embedded systems.
With a 30-day money-back guarantee and ongoing course updates, Ashraf ensures his content remains relevant and impactful.
About Ashraf
Ashraf holds a Bachelor’s degree in Mechatronics Engineering from Azhar University, where he honed his skills in embedded systems using Arduino, PIC Microcontrollers, and related technologies. After graduating, he began his teaching career as a Teacher Assistant at his alma mater and later at a local college. These experiences ignited his passion for sharing knowledge and inspired him to establish his online education brand, Educational Engineering School, which has empowered over 450,000 students globally.
Interests and Passions
When he’s not teaching, Ashraf enjoys playing football, biking, traveling, and spending quality time with friends and family. A dedicated football enthusiast, he also loves exploring new cultures and cuisines.
Mission
Ashraf is driven by the desire to help others achieve their dreams. He aims to empower students to become skilled Embedded System creators, monetize their expertise, and build fulfilling careers.
Join one of Ashraf’s courses today and start transforming your skills into opportunities!
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