Electronics Courses

Electronics Courses relates to  IT & Software, Engineering

Number of learners
3
Number of courses
106
Number of hands-on practice
3,480 ⓘ
Average course rating
4.5 ★

Build Real Projects with Arduino

Arduino Hands-On Learning Path
From zero to building real-world circuits and IoT devices step by step.
★4.6 6 courses 18 total hours
Explore path
Electronics Fundamentals
Step 1 of 6 2.5 hrs
Introduction to Arduino
Step 2 of 6 3.0 hrs
Sensors & Actuators
Step 3 of 6 2.8 hrs
IoT with Arduino & WiFi
Step 4 of 6 3.5 hrs
PCB Design with KiCad
Step 5 of 6 2.5 hrs
Capstone: Build Smart Devices
Step 6 of 6 3.7 hrs

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Electronics Courses students also learn

BusinessDesignDevelopmentElectronicsFinance & AccountingHealth & FitnessIT & SoftwareMarketingMusicOffice Productivity

Top courses in Electronics Courses and Arduino

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Top courses in Electronics Courses and Embedded Systems

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Practice Exams for Electronics

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Practice like it's the real exam

Test your electronics knowledge with circuit analysis questions, component identification challenges, and exam-style problems. Build confidence for industry certifications and academic exams with instant feedback and step-by-step explanations.

Arduino For Beginners – 2026 Complete Course
Arduino For Beginners – 2026 Complete Course
Chamodya Dasanayake
0(0)
15 total hours · 5 lectures · Beginner
$7,000.00$7,500.00
Premium
Arduino For Beginners New – 2026
Arduino For Beginners New – 2026
upeksharodrigo
0(0)
15 total hours · 5 lectures · Beginner
$7,000.00$7,500.00
Premium
Instruments
Instruments
Dev
0(0)
Intermediate
Free
Music Techniques
Music Techniques
Dev
0(0)
Intermediate
Free

Popular Instructors

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CD
Chamodya Dasanayake
Electronics
★ 0 Instructor Rating
0 students
1 courses
U
upeksharodrigo
Electronics
★ 0 Instructor Rating
0 students
2 courses
D
Dev
Electronics, Music
★ 0 Instructor Rating
0 students
103 courses

All Electronics Courses

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Frequently asked questions

What is electronics?
Electronics is a branch of physics and engineering that deals with the design and application of circuits and devices that control the flow of electrons and other charged particles. It covers components such as resistors, capacitors, diodes, transistors, and integrated circuits. Electronics is fundamental to modern technology — from smartphones and computers to medical devices, industrial machinery, and automotive systems. The field is divided into two broad areas: analog electronics (dealing with continuously varying signals) and digital electronics (working with binary states of on/off or 1/0). Read more about Electronics
What will I learn in an electronics course?
In an electronics course you will typically learn Ohm's Law, Kirchhoff's Laws, and fundamental circuit theory; how to read and draw circuit schematics; the working principles of passive components (resistors, capacitors, inductors) and active components (diodes, transistors, op-amps); digital logic and Boolean algebra; how to design and simulate circuits using tools like LTSpice or Multisim; PCB design using KiCad or Altium Designer; microcontroller programming with Arduino or STM32; and practical lab skills for building, measuring, and troubleshooting real circuits.
What software is used for electronics design?
The most widely used tools include: KiCad (free and open-source PCB design), Altium Designer (industry-standard PCB), Eagle (popular with hobbyists and professionals), LTSpice (free circuit simulation by Analog Devices), Multisim (simulation by National Instruments), Proteus (combined simulation and PCB), MATLAB/Simulink (signal processing and control systems), and the Arduino IDE or PlatformIO for microcontroller firmware development.

Learn more about Electronics

Electronics is one of the most versatile and impactful fields in modern engineering. Whether you want to build your own gadgets with Arduino, design printed circuit boards, program embedded microcontrollers, or work on large-scale industrial systems, an electronics education opens doors across every major industry — from consumer technology and automotive to healthcare and aerospace.

Our electronics courses cover everything from the fundamentals of circuit theory to advanced topics like digital signal processing, FPGA design, IoT development, and embedded systems programming. Whether you are a complete beginner curious about how electronic devices work or an experienced engineer looking to expand your skills, you will find courses to match your level and career goals.