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| No of Team Members | 5 | 4 | 3 | 2 | 1 |
|---|---|---|---|---|---|
| Price per student | ₹ 1599 ₹ 1439 | ₹ 1749 ₹ 1549 | ₹ 1999 ₹ 1733 | ₹ 2499 ₹ 2099 | ₹ 3999 ₹ 3199 |
| Outside India? click here | |||||
In this course, you will develop a robot that can find its way out from a maze of puzzling lines. The robot moves through the maze arena using infra-red optical sensors. When it detects a junction, the bot intelligently decides the path using a special algorithm. The programming logic is fed into the robot's brain (microcontroller) so that it can zip through to the end point.
By making your own maze solver robot, you'll practically learn how to program a robot to logically solve problems. You'll also learn to develop a line follower robot using sensors and microcontrollers.
Login to our Online Learning Portal will be provided instantaneously upon enrolling. This Portal gives you access to video lectures, tutorials and quizzes required to build your robot. You can also view the demo of this course by clicking on the 'View Demo' button above.
Roboversity Maze Solver Robotics Kit will be dispatched to you within 24 hours of enrollment. Use this kit along with the online portal to learn and complete the project based course. As you complete the course your robot will also be completed.
| Features | Classroom Training | Online project based course |
|---|---|---|
| Kit | Will be given in the class | Will be dispatched to you in 24 Hours |
| Doubt Clarification | 1 trainer to 40 students | Personal 1-to-1 session (Video/Chat) with our experts |
| Duration | 16 Hrs Fixed | 16 Hrs at your own pace (Complete within 45 days) |
| Venue | Fixed | Anywhere as per your convenience |
| Additional cost for student | Travel, Accommodation to reach the venue | No additional costs |
| Refund | Only before training program starts | Anytime if you don't like the course |
| Revision | Using study material in pdf format | See the video lectures/tutorials any number of times |
| Pause & Resume | Not possible | Pause and resume any number of times |
| Module Size | 2 hour lecture | 3 min videos which will allow you to take breaks |
| Hands-on session | 1 trainer to 40 students | High clarity videos showing clear steps which can be reviewed any number of times |
| Certification | Upon Completion | Upon Completion |
| Study Material | PDF fomat (Online) | Excellent Video based lectures and tutorials |
| Examination | Online at extra fee (Rs. 299) | Inbuilt in the course |
| Price | Rs. 1,400 per student | Rs. 1,399 per student (team of 5) |
Module 1: What is a Maze Solver Robot?
Learn: What is a Maze Solver Robot?
Learn: How does a Robot follow the line?
Review: What is a Maze Solver Robot?
Module 2: Arduino Architecture
Learn : What is a Microcontroller?
learn: Structure of a Microcontroller
Learn : Arduino - An Introduction
Learn : Arduino Architecture
Do: Arduino - An Introduction
Do: Connect & Detect an Arduino
Module 3: Graphical Programming for Beginners
Learn : Scratch-based Graphical Programming
Do : Practice Programs using Scratch
Review : Graphical Programming for Arduino
Module 4: Basic Programming using Arduino IDE
Learn : Introduction to Arduino IDE
Learn : Structure of Arduino Programming
Do : Basic Program using IDE - Blink LED
Do : Basic Program using IDE - Print in Serial Monitor
Module 5: Sensor Based Robots - Sensing Light using IR Sensors
Learn : Sensors - Types & Working
Learn : Semiconductors
Learn : Working of IR Sensors
Do : Interface Digital IR sensor with Arduino & Read Data
Do : Calibration of Digital IR Sensor
Do: Design Scratch Program to Control LED using IR Sensor
Do : Design Arduino Sketch to Control LED based on Line Detection
Do: Design Arduino Sketch to Control LED based on Obstacle Detection
Review: Working of IR Sensors
Module 6: Arduino Robots - Motors & Motor Drivers
Learn : DC Motors & their Working
Learn : Motors & Motor Drivers for the Arduino Robot
Do : Interface & Test Motor with Arduino
Do : Control Motor using Arduino
Do : Design Sketch to Control Motor with Arduino
Review : Motor Drivers
Module 7: Arduino Based Robots - Build your Robot
Learn : Structural Design of a Robot
Do : Assemble the Chassis of the Robot
Do : Final Chassis Assembly of the Robot
Do : Mount Arduino on Chassis & Interface Motor Driver
Module 8: Design Arduino Sketch to Make your Robot Move
Do : Programming Logic for Making Robot Move using Arduino
Do : Design Arduino Sketch to Make a Robot Move
Module 9: Programming the Arduino based Line Follower Robot
Learn : Line Follower Robot - Programming Logic
Do : Line Follower Robot - Design Program
Do : Line Follower Robot using Arduino - Design Final Arduino Sketch
Module 10: Line Follower Robot using Arduino - Test your Robot
Do : Line Follower Robot - Placement of Components & IR Sensors
Do : Line Follower Robot - Final Connections & Calibration
Do : Line Follower Robot - Test your Robot
Do : Line Follower Robot using Arduino - Test your Robot
Module 11: Programming the Maze Solver Robot using Arduino
Learn : Maze Solver Robot using Arduino - Algorithm for Maze Solver
Learn: Maze Solver Robot using Arduino - Programming Logic
Do : Maze Solver Robot using Arduino - Design Arduino Sketch for Maze Solving
Do : Maze Solver Robot using Arduino - Final Connection of Components
Learn : Maze Solver Robot using Arduino - Calibration of the IR Sensors for Maze Solving
Do : Maze Solver Robot using Arduino - Test your Robot
Roboversity Maze Solver Robotics Kit containing the following items will be dispatched to your address within 24 hours. One kit will be sent per team.
The kits are well tested before dispatching and come with 100% replacement warranty.
Multimeter and Battery (6F22 9V) are required for this project. Shipping these items isn't possible due to the logistics issues. These items are easily available in your local market. Our team will assist you in getting these items if needed.
All Roboversity certificates have a unique ID which can be verified online for authentication.
Anybody interested in embedded systems, robotics, DC motors working and maze solver algorithms can attend this course.
