Arduino for Robotics 02
In this course the kids will be using the Arduino Started Kits physically and connecting the wiring with Arduino and sensors physically instead of doing all the work on TinkerCAD.
In previous course the kids learnt about C++ programming and Arduino in a simulator. The purpose of using the simulators was to reduce the chances of error while making the circuits physically, for the safety of your kids. The kids now know how to make electronic circuits and interfacing it with Arduino and programming in C++. In this course the kids will be using Arduino Started Kit to make real electronic circuits and real robots.
In previous course the kids learnt about C++ programming and Arduino in a simulator. The purpose of using the simulators was to reduce the chances of error while making the circuits physically, for the safety of your kids. The kids now know how to make electronic circuits and interfacing it with Arduino and programming in C++. In this course the kids will be using Arduino Started Kit to make real electronic circuits and real robots.
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Array Introduction00:7:57
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Accessing Arduino Array Elements00:10:24
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Getting Array Size00:00:00
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Char Arrays and Strings00:00:00
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Two Dimensional Arrays00:00:00
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Arduino Array Example00:00:00
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Arduino function00:00:00
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Parallel Communication00:9:30
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Serial Communication Modules00:7:29
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Types of Serial Communications Arduino UART00:10:41
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GSM/GPRS Arduino Interfacing00:00:00
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Changing the brightness of LEDs using potentiometers.00:00:00
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Automatic Night Lamp Using Arduino00:00:00
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Number Systems00:00:00
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Logic Levels / Logic Values00:00:00
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Logic Gates, Truth Tables and Boolean Equations00:00:00
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Logical Operators00:00:00
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Arithmetic Operator00:00:00
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Relational Operators00:00:00
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Using a multimeter to measure voltage and resistance.00:00:00
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Wiring up a switch with pullup resistor.00:00:00
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Wiring up an LED with a dropping resistor.00:00:00
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Wiring up a photoresistor voltage divider (as basic analog sensor).00:00:00
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Making paper apertures for light sensors00:00:00
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Simple automatic countdown and count up. (FOR loop)00:11:25
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Increment or decrement a number by using a push button.00:8:18
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Reed Switch00:8:34
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Motion Sensor00:00:00
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Ultrasound Module00:00:00
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Infrared Sensor (IR)00:00:00
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Distance meter with Ultrasonic Sensor00:00:00
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What is a DC Motor?00:00:00
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Different types of DC Motor00:00:00
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H-Bridge Driver00:00:00
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Motor Driver modules00:00:00
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Circuit Diagram of L298N based DC Motor Driver Interfacing with Arduino00:00:00
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Controlling Servo Motor with Joystick00:00:00
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Indexing of Servo motor00:00:00
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Direction control of Servo Motor00:00:00
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Using the Servo library.00:00:00
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Servo Motor based Projects00:00:00
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Bluetooth Technology00:00:00
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HC-05 Bluetooth Module00:00:00
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Circuit Diagram of HC-06 Bluetooth Module with Arduino00:00:00
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HC-05 Bluetooth Module interfacing with Arduino00:00:00
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Obtain any particular materials they will require to construct their project.00:00:00
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Fabricate any enclosures, structural parts, or mechanical assemblies.00:00:00
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Design circuit diagram with fritzing00:00:00
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Arduino function00:00:00
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Write an initial draft of the Arduino program (to the best of their ability)00:00:00
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Q and A00:00:00
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developing, debugging, and refining the project.00:00:00
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Discussion of objectives: simple one-input, one-output device.00:00:00
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Discussion of project directions, e.g. temporal behavior and sequencing, animating a physical object, combining movement and sensing.00:00:00
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Project planning and pitching.00:00:00
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Optional: project pair formation and scheduling.00:00:00