Week 8: Final Integration and Project Presentations

  • Seamless Integration: Finalizing Robot and App Collaboration
  • Integrating sensors, Bluetooth control, and mobile app seamlessly
  • Troubleshooting common issues in robotics projects
  • Enhancing the user experience (UI/UX) and adding advanced features
  • Final Project Presentation
  • Showcase final projects
  • Discuss potential improvements and future projects
  • Overview of advanced topics (AI, machine learning, IoT) and how they relate to robotics.

Week 7: Mobile App Development for Robot Control

  • App Development with MIT App Inventor
  • Overview of MIT App Inventor and setting up the environment
  • Basic components of app design (buttons, labels, text inputs)
  • Implementing Bluetooth communication in the app

Week 6: Obstacle Avoidance & Line Following Techniques

  • Navigating Obstacles: Using Sensors for Obstacle Avoidance
  • Designing and implementing obstacle avoidance algorithms
  • Utilizing ultrasonic sensors for obstacle detection and avoidance
  • Following the Line: Building a Line-Following Robot
  • Understanding IR sensors and their role in line following
  • Designing a line-following algorithm
  • Practical: Build and test a line-following robot.

Week 5: Advanced Sensing and Data Interpretation

  • Sensing the Environment: Advanced Sensor Integration
  • Deep dive into ultrasonic, infrared, and line sensors
  • Using multiple sensors for more complex behavior (sensor fusion)
  • Programming Arduino to interpret sensor data for real-time decision making

Week 4: Robot Assembly & Bluetooth Control

  • Robot Control: Designing and Assembling a Basic Robot
  • Introduction to robot chassis design and motor selection
  • Assembling motors, wheels, and structure
  • Integrating the Bluetooth module for wireless control

Week 3: Bluetooth Communication & Sensor Basics

  • Bluetooth Basics: Wireless Communication
  • Introduction to Bluetooth technology and applications in robotics
  • Working with Bluetooth modules (HC-05/HC-06)
  • Connecting Bluetooth module to Arduino and sending/receiving data
  • Sensing the Environment: Basics of Sensors
  • Types of sensors: ultrasonic, infrared, line sensors
  • How sensors work and their importance in robotics
  • Connecting and reading data from sensors using Arduino

Week 2: Microcontroller Mastery Continued & Electronics Fundamentals

  • Arduino Deep Dive
  • Exploring different Arduino boards and shields
  • Understanding digital vs. analog I/O
  • Writing and uploading simple programs to Arduino
  • Electronics Essentials: Basics of Circuitry
  • Introduction to voltage, current, and resistance
  • Overview of resistors, capacitors, LEDs, and motors
  • Basic circuit design and using a breadboard for prototyping

Week 1: Introduction to Robotics & Microcontroller Basics

  • Robo Basics: What is Robotics?
  • Definition and history of robotics
  • Types of robots and applications
  • Basic components of a robot (sensors, actuators, controllers)
  • Microcontroller Mastery: Getting Started with Arduino
  • Overview of the Arduino platform
  • Arduino IDE setup and basic programming
  • Introduction to Arduino Uno and its components
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