Advanced LFR and Maze Solving Robot

Course Content

Day 1: Arduino Introduction and Basic Operations

  • Theory: What is Arduino? How does it work?
  • Practical: Basic operations with digital and analog pins (LED blinking, PWM).

Day 2: Digital Input and Output

Day 3: Analog Input and Output

Day 4: Single Infrared (IR) Sensor Unit

Day 5: Combining Multiple Sensors

Day 6: Motor Driver Operation

Day 7: Power Units

Day 8: Assemble All LFR Parts

Day 9: Bluetooth-Controlled Car

Day 10: Basic Line Following Tactics

Day 11: Simple Line Following Contest

Day 12: Advanced Push Button Functions

Day 13: EEPROM and Auto-Calibration

Day 14: Multitasking in Arduino

Day 15: Introduction to Maze Solving Systems

Day 16: Maze Scan System Coding – Part 1

Day 17: Maze Scan System Coding – Part 2

Day 18: Maze Solving Algorithm

Day 19: Practical Session – Maze Solve and Direction Following

Day 20: Display Sensor Data on OLED

Day 21: Competitive Line Following Tactics – Part 1

Day 22: Competitive Line Following Tactics – Part 2

Day 23: Competitive Line Following Tactics – Part 3

Day 24: Contest and Quiz

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