Learn to create robotics projects in 2 months with the Arduino, the world's friendliest electronics prototyping platform!
Full lifetime access
Certificate of Completion
Mentorship and Guidance
Project - Maze Solver
By the end of this course you will have solid foundation for building Robots
You will be able to program Arduino Microcontroller
Debugging codes is neither difficult nor boring – it’s fun and easy, when you have to do it with robots…
Explore the intelligence of robots with our online course
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The objective of this course is to introduce the basic concepts of Robotics .This course will involve students in the development, building and programming of line follower robot . While building the robot students will learn the fundamentals of basic electronic components such as resistors, capacitors, and transistors.
This course assumes no prior knowledge in Robotics, just a desire to learn.
Why Learn Robotics?
Robotics can teach students how to communicate across different technology platforms.
An opportunity to showcase your talent in National and International level Robotics competitions.
Robotics encourage and nurture students to be incubators of Innovation.
Robotics can be a launching pad for students to realise their passion.
All students will get technologically literate and confident about their future.
Why take this course?
The course has been prepared by instructors from IIT Delhi, BITS Pilani
We offer you 24 * 7 doubts assistance from experts, so at any time you are stuck somewhere you know, you can get help easily!
After the completion of this course, you will get a completion certificate which is valid globally!
After the completion of this course, we will offer you 100% placement assistance to help you land in your dream job!
Playtime never ends with Robotics! , Take them apart to create something new from scratch with our Robotics kit costing 2500 rupees which is inclusive in the course fee
The kits are well tested before dispatching and come with 100% replacement warranty
Components of the Kit Includes: Robot Chassis, Arduino Board, Arduino Cable, Wire Strip (1 meter ), Chassis Wheels x 2, Caster Wheel, Resistor Box, Capacitor Box, Led x 4 (all of different colours ), Transistor BC 547 x 2, Battery Cap x 2, Screws (nuts and bolts 0.5 mm) x 10 - 1.5 inch, IR Sensors x 2, DPDT Switches x 2, Soldering Iron, Soldering Wire(10 gm packets) x 2, Zero PCB, BreadBoard, Multimeter, DC 5v Motors x 2, L293D Motor Driver Module, L293D Driver IC, Jumper Wires (connecting wires M-M,M-F,F-F)- 3x5, Buzzer
Battery(9V) is required for this project. Shipping this item is not possible due to the logistics issues. This item is easily available in your local market. Our team shall assist you in getting this item, if needed
Once you complete the course and all the assignments you will be granted a soft and hard copy of the completion certificate.
What are Robots?
Types of Robots
What is Robotics Engineering ?
Resistor
Capacitor
Transistor
Breadboard
Relay
Motors
Multimeter
Potentiometer
Seven Segment Display
Basic concepts of Simulation (Using Keil and Proteus)
Micro-controller vs Micro-processor
Basics of Micro-controller
Arduino Micro-controller
Arduino IDE and Overview
Why Arduino ?
Arduino Installation
Interfacing LED
Intro to Signals
Intro to MCU
Rules of Serial
Communication Protocols
I2C & SPI
How to read Schematics
Draw your own Schematics
Data Types
Variable
Arithmetic Operators
Introduction and Installation
Hello World
Outputting Texts
Variables and Strings
User Inputs
Binary numbers and Memory
Variable Types
Conditionals and Loops and Break
Arrays
Switch
Functions
Operators
Pointers and Memory
OOP
Encapsulation
Inheritance
Building simple Circuit on a Breadboard
Driving Motors
Understanding Robot Architecture
Affixing Motor to Chassis
Designing PCB Layout
Designing Robot PCB Layout and Board files
Etching PCB
Mounting Components
Assembling and Programming
Installing Drivers and Programming Board
Wiring Robot
Understanding and Interfacing IR Sensors
Programming to Trace Black Lines
Line Follower Robot with Micro-controller
Assembling Robot
Understanding the structure of the robot and IDE
Understanding Maze and traversing process
Path optimization
Importing library and programming robot for basic movements
Programming robot for testing line sensor
Programming robot for line following and Junction identification
Programming robot to record path
Programming robot to optimize path
Maze Solver and Debugging
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View DetailsThis course has been taught by IIT Alumni working with Eckovation. We do not have any collaboration with any IIT for this course.
You can make the due payment via netbanking, debit cards, credit cards or online wallet.
Cash payment facility is not available. Only online transactions are accepted.
The course contains on-demand recorded lectures run on a batch basis. You can access all the videos as soon as you have completed your payment for the course.
All the courses have mentors in it to help the students clear doubts and have smooth learning. The mentors will be only available in a course for the duration of the batch and not after the batch is over. The access to the videos and assignments will remain with the user indefinitely.
You can directly click on the Enrol Now button given above to start the enrolment process.
The payment for the course can be made through Credit Card, Debit Card, Net Banking. One can either complete the process with direct on-time payment or with equal monthly instalments.
Seat booking or token amount is a non-refundable amount to be paid to book your slot in the batch so that you can pay the total fee on later due date and not worry about missing the batch seat, which are on first come first serve basis.
Once the enrolment is done, you will receive an email from Eckovation stating all the directions of how to proceed further and what to expect before and during the course.
If you do not wish to continue the course you can ask for a refund within 7days of payment or commencement of the course, whichever is later. For Instalments, once the refund deadline is over, there won’t be any refunds, including future pending EMIs.
The course lectures will be for 8 months. You will have 2 months duration after that to submit your final project for evaluation.
The placement assistance will be provided to the students who successfully complete the course. We will help you build your resume as per the course's job profile, take mock interview sessions and get you interviews in various companies.