Specialization - 12 course series
Introduction to Robotics
Establishes foundational understanding of robotics, components (sensors, actuators, controllers), and real-world applications.
Tools / Technologies: Arduino IDE, Simulation Tools (Tinkercad)
Assignments : Write a brief on robotics applications; identify robot components
Electronics for Robotics
Covers basic electronics, circuits, voltage, current, and components like resistors, LEDs, motors.
Tools / Technologies : Breadboard, Arduino, Multimeter
Assignments : Build basic circuits (LED, motor con
Microcontrollers & Programming
Introduces microcontrollers and programming basics using Arduino.
Tools / Technologies : Arduino IDE (C/C++)
Assignments : Write programs to control LEDs and
Sensors & Actuators
Focuses on interfacing sensors (IR, ultrasonic) and actuators (motors, servos).
Tools / Technologies : Arduino, Ultrasonic Sensor, Servo Motor
Assignments : Build sensor-based control system
Motor Control & Movement
Covers DC motors, servo motors, motor drivers, and robot movement basics.
Tools : L298N Motor Driver, Arduino
Outcome: Build a basic moving robot (line follow)
Robot Design & Chassis Building
Introduces mechanical design, robot structure, and assembly.
Tools : Robot chassis kits, tools
Outcome: Assemble a basic robot chassis
Autonomous Navigation Basics
Covers obstacle detection and simple autonomous navigation.
Tools : Ultrasonic Sensor, Arduino
Outcome : Build obstacle-avoiding robot
Wireless Control & IoT IntegrationI
Introduces Bluetooth/Wi-Fi control and remote operation.
Tools : Bluetooth Module (HC-05), ESP8266
Outcome : Control robot via mobile app
Introduction to ROS (Robot Operating System)
Overview of ROS, robot software frameworks, and simulation.
Tools : - ROS (intro), Gazebo (simulation)
Outcome: Run basic ROS simulation
Computer Vision for Robotics (Intro)
Introduces basic vision concepts for robots.
Tools : OpenCV (basic), Python
Outcome : Implement simple object detection
Robot Testing & Optimization
Focuses on debugging, testing, and improving robot performance.
Tools : Arduino, Testing tools
Outcome : Optimize robot design and perform
Capstone Project & Career Development
End-to-end robotics project and portfolio building.
Tools : - All tools integrated, GitHub
Outcome: Build and present a working robot project
Basics of Robotics
Curriculum
LEVEL:
Beginner to Intermediate
FOCUS :
Core IT, Cloud Fundamentals, and Hands-on Cloud Deployment Skills
GOAL:
Prepare learners for foundational cloud roles and certifications (AWS CCP, AZ-900, GCP Digital Leader)
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