COURSE DETAILS

Wall Following Robot

Rs. 3500 Per Participants

About Wall Follower Robot
Wall Follower is an autonomous robot. The robot performs the task of detecting and moving along the Wall. In this course, we will learn how to design a Wall follower robot with AVR microcontroller using 3 IR Sensor. The Robot will detect the wall and move along it by keeping an appropriate distance to avoid any physical damage to the Robot.
 
Course Delivery
Learn and Build the Robot yourself. We promote 30-70 rule in our workshops and Centre courses, 30% is class room training and 70% is practical experience. A mix of PowerPoint, animations, Videos & advance software’s will be used to help enhance the learning experience.
 
Team Size
We promote team work along with Individual prowess. Optimum team size of 5 students is made to work in Tandem with each other. Selection of the team is done very carefully to involve students with different skillset coming together to work on the single goal of finishing the project successfully.

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Steps to Start with us!!

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
Kit Content
Hardware
Software
Language Required
Development Board
Kiel IDE
Embedded C (Optional)
Sensors and Required Modules
Driver Software
C++(Optional)
DC Motors
 
 
Robot Chassis
 
 
Caster and Normal Wheels
 
 
Male and Female Connecting wire and fasteners
 
 
USB ASP Module
 
 
Internal Circuits (IC’s)
 
 
Screwdriver and Wire striper
 
 
 
9V batteries and a soldering gun (not necessary) will also be needed, both the things are available easily in any electrical shop. Shipping of these items is not possible because of shipping constraints. Quality of the kit is assured.
 
Course Flow
Topics
Descriptions
Introduction to Robotics
Definition, type and practical usage of Robots in different Industries
What are Autonomous Robots
Unmanned Robots, construction and usage in Industrial world
Introduction to the Project
Basic About the Project
Industrial application of the project
How your project is (will) solving real life problems
Eyes of a Robot: Sensors (Theory and Practical)
Theory, practical usage, testing of the sensor we are using
Brain of a Robot: Microcontroller (Theory and Practical)
Component Identification, Schematic, Microcontroller IC Working, Pins Identification of a development board
Movement enablers of a Robot: Motor and Motor drivers (Theory and Practical)
Working, components, testing of DC motors to be used for our project
Chassis of a Robot: Bot Designing (Practical)
Components Identification, designing and construction of the Robotics Chassis
Software and prerequisite installation (Practical)
Installing different open source software’s to write and compile our Program
Interaction with Machine level languages: Embedded C language
Basics of Embedded C language
Programming Logic of Robots (practical)
Logics needed to code your project, Bot/wheel and Motor conditions
Coding of Program (practical)
Programming your code in Kiel new vision software
Compiling and flashing the Code in Machine level language(practical)
Compiling code in Machine level language using USB ASP driver
Testing the Robot
Test your robot for different conditions
 
Key Learnings
Key Learnings
Key Benefits
Key Advantages
Detail knowledge about sensors
Platform to get exposed to different disciplines of Engineering
More than 70% of hands on learning.
Detail knowledge about Microcontroller
Get trained on embedded technology
Well researched material and well thought projects
Knowledge of different Integrated development environments
It serves as a brilliant exposure to help your identity your field of Interest.
Comprehensive training with unique methodology focusing on practical approach.
Chassis Making and Mechanical engineering involved in it
Helps in identifying your specialization for high studies.
Increases Employability Skills.
Learning about DC Motors and Electromagnetic Induction
You get a Certification of appreciation which gives a better edge among others.
Economical
Learning about Embedded C and its Basics
Instead of relying on someone, think and build your own projects during academics.
Exposure to high technology projects.
Knowing programming logics to perform our tasks through robots
 Learn practical aspects of different engineering fields
Hands on experience on industry standard tools, processes and systems
Learning the Code for your Project
 Lays a path for bright career in embedded systems / application development / mechanical / robotics / etc.

 

 
Project Flow

        
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Features
Features
Class Room
Online
Workshop
Learn different Technologies with projects
Kits and Material with the Course 
Practice Time
Unlimited
(as per availability)
Unlimited
Limited
Classes
Classes at your Convenience
Arrange your Online Classes
Sessions as per Schedule
Trainer to Student Ratio
1:2
1:1
1:50
Lecture duration
2 hrs
1 hr
3 hrs
Project completion in 16 hours
100% assistance
Fees
Rs 700 Per hour
As per course
As per agreement
Certificate-After Completion
 
Eligibility
Anyone with interest towards robotics and automation can join. No prior knowledge required of any of the subject. Our course content deals with all the basic knowledge required for the project.
 
Why Us
  • Our Courses are designed and approved by IITans .
  • Our unique Methodology of Learn-Assess-Apply-Test provides opportunity to convert Idea into reality.
  • We have wide experience of catering to colleges and schools though our workshops.
  • Our coaching team comes with huge industry experience.
  • We focus on quality of learning with in the short span of time.
  • Opportunities to Lean different technologies through our projects.
Contact Us
Feel free to write to us in case of any query:
Email:  info@incrediminds.in              Mobile: 9205919289              Landline: 01244385912
Register online for an exciting learning experience!