Touch Me Not - Theory | Otomatiks

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Basics of Robotics

Introduction to Robotics

History of Robotics (5:34)
What is A Robot ? (8:07)
Applications of Robots (3:30)

Scoobot - A Simple Robot

Parts of Scoobot (4:01)
Hands On - Parts of Scoobot (3:49)
Printed Circuit Board - PCB (7:58)
Working of A Motor (10:22)

Assembling of Scoobot

Safety Precautions while handling Scoobot (5:55)
Step 1: Attach the Castor Wheel to the Clamp (4:09)
Step 2: Attach the Clamp to the Chassis of the Scoobot (4:42)
Step 3: Attach the Motors to the Chassis of the Scoobot (5:26)
Step 4: Attach the Wheels to the Motors (2:56)
Step 5: Attach the PCB to the Scoobot (4:44)

Robot Navigation

Construction of the Navigation Table (9:02)
Experiment - Forward Navigation (5:00)
Experiment - Backward Navigation (2:16)
Experiment - Anti-Clockwise / Left Navigation (2:48)
Experiment - Clockwise / Right Navigation (2:25)

Infrared Sensor

Introduction to Infrared Sensor (8:20)
Fixing the IR Sensor onto the Scoobot (3:02)
Demonstration of Working of IR Sensor (6:32)

Infrared Sensor - Automatic Braking System

Automatic Braking System - Theory (17:17)
Automatic Braking System - Practical (3:51)

Infrared Sensor - Follow Me On

Follow Me On - Theory (8:43)
Follow Me On - Practical (2:26)

Infrared Sensor - Touch Me Not

Touch Me Not - Theory (6:28)
Touch Me Not - Practical (2:35)

Infrared Sensor - Obstacle Avoiding (Left)

Obstacle Avoiding (Left) - Theory (10:45)
Obstacle Avoiding (Left) - Practical (4:56)

Infrared Sensor - Obstacle Avoiding (Right)

Obstacle Avoiding (Right) - Theory (6:47)

Infrared Sensor - Jumble Bot

Jumbot Bot - Theory (5:13)

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Touch Me Not - Theory

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