7 Robots (Combo Course)

  • Start from zero
  • Learn the concepts
  • Develop 7 Robots (Combo Course) project(s) from scratch
  • Kit shipped to you in 24 hours
  • Earn smart certificate & showcase skills
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What you'll receive
  • 7 robotics kit delivered to your doorstep
    7 robotics Kit

    Your kit, tested and shipped in 24 hours

  • Learn and build your 7 robotics project from anywhere, anytime
    Online Course

    Learn and build your project anywhere, anytime

  • Build 7 robotics project and showcase your practical skills to the world
    Smart Certificate

    Showcase your practical skills to the world

  • Clear your doubts on 7 robotics project through dedicated 1-1 sessions
    1-1 Expert Support

    Clear your doubts in dedicated 1-1 sessions

What you'll build
  • delivery icon
    Working 7 robotics Projects

    Impress your interviewers, teachers and friends

  • Develop technical skills by building 7 robotics project
    Skills

    Not a 'paper engineer'. Be a real, practical engineer

  • Build portfolio by building 7 robotics project
    Portfolio

    Projects portfolio. Not bunch of certificates.

  • Grab the best jobs and higher education opportunities by building 7 robotics project
    A Career

    Grab the best jobs and higher education opportunities

Why build these 7 robotics projects?

Robotics is transforming the world.
Robotics involves electronics, mechanics and programming. And the number of engineers with good robotics skills is far below demand.
You can only learn and experience robotics by building robots. These projects take you through the entire journey of building robots from scratch.

7 robotics Project Thumbnail
What you'll learn in this course
  • Basic
    1. Line Follower Robot
    2. Obstacle Follower & Phototropic Robot
    3. Obstacle Avoider & Photophobic Robot
  • Medium
    1. Mobile Controlled Robot
    2. Gesture Controlled Robot
  • Advanced
    1. Swarm Robots
    2. Maze Solver Robot
  • Learn: What are Robots
  • Do: Kit Unpacking
  • Review: What are Robots
  • Learn: Structural Design of a Robot
  • Do: Assemble the Chassis of the Robot
  • Do: Final Chassis Assembly of the Robot
  • 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
  • Review: Working of a Microcontroller
  • Learn: Scratch-based Graphical Programming
  • Do: Practice Programs using Scratch
  • Review: Graphical Programming
  • Learn: Introduction to Arduino IDE
  • Do: Structure of an Arduino Program
  • Do: Basic Program in Arduino - Blink an LED
  • Do: Basic Program in Arduino - Print in Serial Monitor
  • Review: Arduino - Programming
  • Learn: Vision Guided Robots
  • Learn: Sensors - Types & Working: Learn
  • Learn: Semiconductors in Sensors
  • Learn: Working of IR Sensors
  • Do: Interface Digital IR sensor with Arduino & Read Data
  • Do: Calibration of Digital IR Sensor
  • Do: Control LED using Digital IR Sensor
  • Learn: Design Arduino Sketch to Control LED based on Line Detection
  • Do: Design Arduino Sketch to Control LED based on Object Detection
  • Review: Working of IR Sensors
  • 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
  • Do: Mount Arduino on Chassis & Interface Motor Driver
  • Do: Motor Drivers
  • Review: Motor Drivers
  • Learn: Programming Logic for Making Robot Move using Arduino
  • Do: Design Arduino Sketch to Make a Robot Move
  • Learn: Line Follower Robot - Programming Logic
  • Do: Line Follower Robot - Design Program
  • Do: Line Follower Robot using Arduino - Design Final Arduino Sketch
  • 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
  • Review: Line Follower Robot using Arduino - Submit Assignment
  • Learn: Obstacle Avoider Robot using Arduino - Programming Logic
  • Do: Obstacle Avoider Robot using Arduino - Design Final Arduino Sketch
  • Do: Placement and Connection of IR sensors in Obstacle Detection Robots using Arduino
  • Do: Obstacle Avoider Robot using Arduino - Test your Robot
  • Review: Obstacle Avoider Robot using Arduino - Submit your Video
  • Learn: Obstacle Follower Robot using Arduino - Programming Logic
  • Do: Obstacle Follower Robot using Arduino - Design Final Arduino Sketch
  • Do: Obstacle Follower Robot using Arduino - Test your Robot
  • Review: Obstacle Follower Robot using Arduino - Submit your Video
  • Learn: What is a Gesture Controlled Robot
  • Learn: Sensors - Types & Working
  • Learn: Accelerometers & their Working
  • Do: Interface Accelerometer with Arduino
  • Do: Control LED using Accelerometer
  • Do: Design Sketch to Control LED using ADXL335
  • Review: Working of an Accelerometer
  • Learn: Programming Logic for Gesture Robot
  • Do: Design the Program for Gesture Robot
  • Do: Design Final Sketch for Gesture Controlled Robot
  • Learn: Final Connections & Calibration of Gesture Robot
  • Do: Test your Gesture Controlled Robot
  • Do: Gesture Controlled Robot with Arduino - Test your Robot
  • Review: Gesture Based Robotics Assignment
  • Learn: What is a Mobile Controlled Robot
  • Learn: Mobile Communication
  • Learn: DTMF Decoder & its Working
  • Do: Pins of a DTMF Decoder
  • Do: Detect DTMF Tones using Mobile App
  • Do: Interface DTMF Decoder with Arduino
  • Learn: Programming Logic for DTMF Decoder
  • Do: Control LED using DTMF Decoder
  • Learn: Programming Logic for Mobile Robot
  • Do: Design the Program for Mobile Robot
  • Do: Final Connections of Mobile Robot
  • Do: Testing the Mobile Robot
  • Learn: Programming Logic for Mobile Robot
  • Do: Design the Program for Mobile Robot
  • Do: Design Final Sketch for Mobile Controlled Robot
  • Learn: Programming Logic for Mobile Controlled Robot using Arduino
  • Do: Mobile Controlled Robot using Arduino - Design Sketch
  • Do: Mobile Controlled Robot using Arduino - Final Connections
  • Do: Mobile Controlled Robot using Arduino - Test your Robot
  • Review: Mobile Controlled Robot - Submit your Video
  • Learn: What is a Swarm Robot
  • Learn: Schematic of a Swarm Robot
  • Review: What is a Swarm Robot
  • Learn: Radio Communication
  • Do: Pin Structure of RF Encoder
  • Do: Pin Structure of RF Transmitter
  • Do: Pin Structure of RF Decoder
  • Do: Interface RF Transmitter with Arduino Uno
  • Do: Interface RF Receiver with Arduino Uno
  • Learn: Design Arduino Sketch for RF Communication
  • Review: Concepts of RF Communication
  • Learn: Swarm Robots with Arduino - Programming Logic
  • Do: Swarm Robots using Arduino - Final Connections for Master Robot
  • Do: Swarm Robots using Arduino - Design Sketch for Master Robot
  • Do: Swarm Robots using Arduino - Final Connections for Slave Robot
  • Do: Swarm Robots using Arduino - Design Sketch for Slave Robot
  • Do: Swarm Robots with Arduino - Test your Robot
  • Review: Swarm Robotics Assignment
  • Learn: What is a Maze Solver Robot
  • Learn: Line Follower Robot - Programming Logic
  • Do: Line Follower Robot - Design Program
  • Do: Line Follower Robot using Arduino - Design Final Arduino Sketch
  • 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
  • Review: Line Follower Robot using Arduino - Submit Assignment
  • Learn: Maze Solver Robot - Programming Logic
  • Do: Maze Solver Robot - Design Program
  • Do: Maze Solver Robot using Arduino - Design Final Arduino Sketch
  • Do: Maze Solver Robot - Placement of Components & IR Sensors
  • Do: Maze Solver Robot - Final Connections & Calibration
  • Do: Maze Solver Robot - Test your Robot
  • Do: Maze Solver Robot using Arduino - Test your Robot
  • Review: Maze Solver Robot using Arduino - Submit Assignment
How can you build this 7 robotics project?
1) Enroll

Get access to course instantly. Kit will be shipped within 24 hours.

2) Learn

Access video lectures, tutorials and quizzes to learn the technology in 7 robotics project

3) Build

Use the kit and practical sessions in course to build your 7 robotics project

4) Submit assignment

Complete the course and submit your assignment to get your certificate

Get Started Now
Why wait?
Start learning for free

Signup and try our first few chapters free of cost!
Pay only when you like it.

Have a group?
Enroll together. Pay less
Team of 5 $81 /student
Team of 4 $90 /student
Team of 3 $105 /student
Team of 2 $135 /student
Team of 1 $224 /student

You can also add friends later

Want in your institute?
Organize a Workshop

Our experts will visit your college/ school/ office with the kits and conduct an awesome hands-on workshop.

Learning will not be more fun than this!

Frequently Asked Questions about 7 robotics project

How to build a 7 robotics project?

Login to our online learning portal will be provided instantly upon enrollment. The portal will have video lectures, tutorials, and quizzes required to build the 7 robotics project. Kits are well tested and shipped to your doorstep in 24 Hours. Use the kit along with the online portal to complete the project at your home itself.
You can enroll for free demo to understand how it works better. Pay only when you are confident and if you like it!


How much time do I have to complete the 7 robotics project?

You need to complete the project within 60 days of enrollment. Generally, the project would take 30-40 hours to complete.


What will be in the 7 robotics project kit that I will receive?

You will get all the components needed to build a 7 robotics project. The following are the list of components that you will get in the kit,

  • Arduino Uno - 2 Nos
  • USB-UART Cable
  • L239D Motor Driver Circuit
  • All ICs and IC Holders
  • DC Motors - 2 Nos.
  • Wheels for Motors - 4 Nos.
  • IR Sensors - 4 Nos.
  • DTMF encoder decoder module
  • Course Manual
  • Audio jack
  • Accelerometer ADXL335 Sensor
  • RF Tx-Rx Module
  • Chassis - 2 Nos.
  • U Clamps - 4 Nos.
  • Wheels for Motors - 4 Nos.
  • Castor Wheels - 2 Nos.
  • Other miscellaneous items

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.


Should I enroll in Online Course or Offline Workshop?

To help you select the right mode of learning, here are the features of both:

FeaturesClassroom TrainingOnline project based course
KitWill be given in class & taken back after the trainingWill be dispatched to you in 24 Hours
Doubt Clarification1 trainer to 40-50 studentsPersonal 1-to-1 session (Video/Chat) with our experts
FlexibilityFixed place and timeAnywhere, Anytime - at your convenience
VenueFixed, only when schedulesAnywhere as per your convenience
Additional cost for studentTravel, Accommodation to reach the venueNo additional costs
RefundOnly before training program startsUpto 3 days of receiving the kit
Revision Using study material in pdf formatSee the video lectures/tutorials any number of times
Pause & ResumeNot possiblePause and resume any number of times
Hands-on session1 trainer to 40-50 studentsHigh clarity videos showing clear steps which can be reviewed any number of times
CertificationUpon Completion Upon Completion
ExaminationOnline at extra feeInbuilt in the course

Can my friends build along with me?

Ofcourse, and we strongly encuorage that. The course is fun and learning is more effective when you work together, learn together and build together!

  • A team can have maximum of 5 members.
  • All team members will get separate logins and certificate.
  • One kit will be sent per team.

Why does your kit look rugged?

With Skyfi Labs you get to build projects from scratch “literally”. Building projects using rugged components will give you the confidence of a creator and helps you to realise that products can be “created” rather than “assembled”.

We want you to believe that you don't need factory-made kits to innovate and innovation is something that happens in your brain. We want you to have a mindset of using components available around you for innovation and not look at amazon for kits.


Am I eligible for this course?

If you have written even 5 lines of code in C in your life, you are eligible. The course covers content from very basics. So you can enroll without much prior knowledge in robotics and build robots from basic to advanced level easily. What is needed is a strong desire and passion to build projects!


Who will clarify my doubts?

Our expert trainers are available to clear your doubts. It is very simple. You will just have to select a time slot that is suitable for you (you will see this option once you start the course) and your trainer will call you at that time and help you. The doubt clarification sessions are always 1-1. So you can ask as many doubts as you want any number of times!


Should I return the kit after completing the project?

No, the kit is for you to keep. You need not return it after completing the project.
You can further upgrade your course and pay only for the additional components to build new projects!


I already have the hardware components with me. Can I get only the project assistance from Skyfi Labs?

Yes, you can enroll in the course opting for only training without kit. You will get a flat 50% discount for this.
You will get lifetime course video access, 1-1 expert assistance & smart certification. You can contact us at info@skyfilabs.com to get your 50% Off coupon code.


Can I access my course video modules after completing the project?

Yes, you can access the course video tutorials for lifetime. This will help you in reviewing the concepts learnt on the go and prepare well for your interviews/project presentations in the future.


Why should I choose Skyfi Labs?

Skyfi Labs, a venture by IIT Kanpur alumni, was founded with a motive to make learning by building projects super easy for students all across the globe. Training 2,50,000+ students across 30+ countries, Skyfi Labs got prestigious awards like 2nd Best Business Venture Award, Ideas, IIT Kanpur | 30 Most Promising Startups, Next Big Idea, IIM Bangalore | Runner-up, UnLtd India Growth Challenge etc. Our courses have also been in the curriculum of IIT Delhi for the last 5 years. With such an experience, you can be rest assured that you will get quality project training from Skyfi Labs.
If you still dont like it, dont worry. We offer 100% refund if you apply within 3 days of receiving the kit.


How can I contact Skyfi Labs?

Please feel free to contact us in case of any queries. Email: info@skyfilabs.com, Toll-free: 18001237177 (10AM - 8PM; Mon - Sat)
We prefer email contact as that can be replied by the right expert who can answer your question!


What is included in the fee?

The fee you pay includes:

  • Project kit
  • Course manual & content
  • Charges for support & shipping

Upon payment, we will also provide you with a tax invoice for the above mentioned.

Any more questions?