Build A Robot From Scratch: Assemble an LED Blinking Robot

How to assemble , build and test a simple light emitting diode (LED) blinking robot with printed circuit board and parts

Ratings 4.18 / 5.00

Build A Robot From Scratch: Assemble an LED Blinking Robot

What You Will Learn!

Explain the fundamentals of soldering and fabrication
Identify different types of electronic components
Use Light Emitting Diodes (LED) to build blinking robot
Utilize and test resistors to limit current to LED
Understand how electrolitic capacitors are used
Assembly components following electronic schematics
Test LED blinking robot and troubleshoot if needed
How to reverse engineer an electronic circuit like the LED robot
Prototype LED blinking robot on breadboard

Description

Build an LED Blinking Robot while you Learn how to read electronic schematics, identify and test electronics components such as resistors, transistors, LED, capacitors, power supply and more.

If you have always wanted to build an LED based robot, this course is for you.
This courses is not about a mobile robot, but instead an animated Light Emitting Diode based robot.

You will learn and practice skills using basic electronics fabrication equipment, as well as identifying electronics parts and components, as well as basic circuit breadboarding and prototyping.

Assemble, solder and test a blinking robot. Fabricate a static or non mobile robot while you put into practice testing components and solder those parts onto an electronic circuit board. Plus you will also learn how to reverse engineer and electronic system and test a prototype on a temporary circuit board.

This course will teach you step-by-step how to start from electronic circuits schematic to component identification, assemble, installation and testing. Gain valuable skills in electronics assemble while you put together your own LED blinking robot using electronic parts and components.

This course wraps-up showing important techniques on reverse engineering a circuits where you will learn to create your own inexpensive version of an expensive and sophisticated electronic circuit.