Curriculum
Obstacle Avoidance Robot
Introducction to Obstacle Avoidance Robot
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Introduction to Raspberry pi pico
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Software Installation
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Blinking an onboard LED
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Blinking Multiple LED
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Traffic Light project
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Analogue to digital Module(ADC)-1
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Analogue to Digital Module(ADC)-2
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Christmas Light Project
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Interfacing push button switch
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How to Interfacing Ultrasonic sensor
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How to Interface both Ultrasonic sensor and Servo Motor.
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Automated Barrier System
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Interfacing geared DC Motor
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Controlling geared DC Motor using Python program.
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Speed Control of geared DC Motor
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Coupling of Robotic Car chassis 1
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Coupling of Robotic Car Chassis 2
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Coupling of Robotic Car Chassis 3
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Forward and Backward Robotic Car Movement
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Ultrasonic Sensor Interfacing to Robotic Car
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Addition of Servo Motor with Robotic Car
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Completion of Robotic Car
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Course Materials
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Introduction to Obstacle Avoidance Robot
An obstacle avoidance robot is a type of mobile robot equipped with sensors and algorithms that enable it to navigate through an environment while avoiding obstacles in its path. These robots are commonly used in various applications such as indoor navigation, warehouse automation, and exploration tasks.
Typically, obstacle avoidance robots utilize sensors such as ultrasonic sensors, infrared sensors, LiDAR (Light Detection and Ranging), or cameras to detect obstacles in their surroundings. They gather information about the environment and use it to make decisions on how to navigate safely. Algorithms like obstacle avoidance algorithms or path planning algorithms are then employed to determine the robot’s movement, allowing it to navigate around obstacles and reach its destination efficiently.
These robots can be programmed to operate autonomously or controlled remotely by a human operator. They are used in a wide range of fields including robotics research, industrial automation, and even in consumer products like robotic vacuum cleaners.