Ian Juby - Electricity & electronics - Robotics, learn by building (Download)

Understanding electronics unlocks countless opportunities across industries, from manufacturing and laboratory work to home automation and military applications. Yet many aspiring engineers, hobbyists, and professionals find electronics intimidating without hands-on experience. Whether you’re pursuing career advancement, exploring a new hobby, or preparing for robotics projects, mastering fundamental electronics through practical building provides the foundation you need to succeed.

About the Course and Instructor

Electricity & Electronics – Robotics, Learn by Building is Ian Juby’s hands-on introduction to analog electronics with over 31,000 students enrolled worldwide. This practical course emphasizes learning through construction, guiding you from basic electricity concepts to advanced bionic control systems. Students aged 8 to 60+ have successfully completed the projects, requiring only basic math skills with no prior electronics knowledge.

What You’ll Learn

This comprehensive program teaches you to develop and build functional analog electronics circuits from scratch. You’ll progress from simple sound buzzers to advanced bionic applications where you control servo motors by reading electrical signals from your muscles. The course combines theoretical understanding with practical skills including soldering, troubleshooting, and circuit design.

Course Content

Electricity Fundamentals

The foundation covers DC and AC electricity, Ohm’s law, power calculations, and proper multimeter usage. You’ll understand resistors, capacitors, diodes, LEDs, and how to read schematic diagrams while working with components in both series and parallel configurations.

Building and Creating

Hands-on lessons teach breadboarding techniques, soldering skills, and circuit construction. You’ll build tone generators using 555 timers, create siren circuits, and construct voltage-controlled oscillators. The course includes making some electronic components from scratch and using them in functional circuits.

You may also be interested in these courses:

Advanced Components and Control

Progressive modules cover inductors, switches, relays, and transistor fundamentals including MOSFETs. You’ll learn pulse width modulation, build servo motor controller circuits, and construct H-bridges for motor control. Lessons on heat sinks, high-power switching, and continuous rotation servo modifications deepen your practical knowledge.

Amplification and Sensing

Advanced sections explore transistor amplifiers, operational amplifiers, and the LM386 audio amplifier. You’ll dive into biofeedback systems, create custom sensors, and build differential and instrumentation amplifiers for bionic applications—including muscle sensing circuits that control servos through electrical signals from your arm.

Specialized Topics

Additional modules cover RGB LEDs, color sensing, optoelectronics, Zener diodes, and electronics salvaging. You’ll learn about transformers, center-tapped configurations, power supply construction, and high-power transmission principles.

Who Should Take This Course

This program suits complete beginners interested in electronics and robotics, hobbyists wanting hands-on building experience, aspiring engineers seeking practical skills, and professionals expanding their technical knowledge. The course serves as the foundation for advanced robotics modules covering digital electronics, robotic drive systems, 3D printer construction, and autonomous systems.