What You Will Learn during these Robotics classes in Delhi

Introduction to Robotics and Embedded Systems

  • Understanding an embedded system
  • Components of a Robot
  • Difference between a Robot and an Embedded system

 

Basic concepts related to robotics classes in Delhi

  • Overview of basic electronics and digital electronics.
  • Microcontroller vs. Microprocessor
  • Common features of Microcontroller

 

Basic Electronic Components

  • Resistor
  • Relay
  • Switches
  • Transistors

 

Introduction to Arduino Interfacing Board (Brain of the Robot)

  • Pin configuration and architecture.
  • Device and platform features.
  • Concept of digital and analog ports.

 

Introduction to Embedded C and Arduino compiler

 

First Step to Practical Learning

  • Generating different LED patterns

 

Giving Inputs to the Controller

  • Controlling LEDs with keys.
  • Keys as toggle switch.
  • Interfacing a piezo Buzzer
  • Using a buzzer as an alarm unit.

 

Interfacing DC motors to Arduino

  • H-Bridge Circuit
  • Making of power supply and a basic robotic car

 

Relays

  • Type of relays.
  • Working of a magnetic relay.
  • Controlling Electrical appliances with electromagnetic relays.

 

Interfacing a 16×2  LCD to Arduino

 

Interfacing APR 9600 Voice recording IC

 

Interfacing DTMF decoder

 

Interfacing a Matrix Keypad to Arduino

  • Working of a matrix keypad
  • Using the keypad library to interface with Arduino.

 

Introduction to Sensors

  • Magnetic relay switches.
  • IR sensors
  • Ultrasonic Sensors
  • Flex Sensors

 

Controlling your robot through your robot

 

DC motor speed control

 

Analog inputs and ADC

 

Interfacing of a bluetooth Module

 

Interfacing a RF Module

 

  • PROJECT WORK

Following is the list of a few projects that the students can easily make after attending our robotics classes in Delhi:

  • Line Follower Robot.
  • Bomb diffusion robot.
  • Fire fighting Robot
  • RF based robot.
  • Prototype of Delhi metro rail.
  • GSM controlled car with stereo and head lights.
  • LED Display board.
  • 8×8 LED cube.
  • Anti collision robot.
  • RF controlled robot.
  • RFID based attendance system.
  • RFID based home security system
  • Intelligent home locking system.
  • Intelligent water level management system.
  • Home automation using RFID.
  • Real time clock based home automation.
  • And many others.

Students of classes 8th and above can enroll themselves for these robotics classes in Delhi

Capsule Fee – 8,500/- (Inclusive of training kit)Duration – 15 days

What is Robotics with Arduino ?

Robotics mainly consists of two type of components, mechanical structure and the electronic brain. The electronic brain gives your machine the ability to take input from its surroundings, interpret it and make your robot act accordingly. The technical term for this electronic brain is “Microcontroller”. Arduino is an Open Source microcontroller that can be used to make any machine/robot Intelligent. Arduino has headed the DIY revolution since the past 5 years. Optimus Labs introduces these unique Robotics classes in Delhi, In these robotics classes in Delhi students shall not only learn about robotics but will also develop a strog base about electronics and programming skills. These robotics classes in Delhi would be conducted at the centers of Optimus labs located in Pitampura and Rohini.

How are robotics classes beneficial for school students ?

With the ever changing technology, it would a nice decision to enroll your child for a robotics class. Some forecasters predict that the robotic industry will be the next technological boom given lots of emphasis being put on robotics application in fields such as engineering, space exploration and medicine. This is very important as robotics will enable students to explore the emerging career fields in manufacturing and space exploration as these fields are leaning towards increased robotics use.

Robotics heavily emphasizes on putting the meaningfully acquired knowledge to real life problem solving and this enables students to develop a good mastery of learning. This helps to actively engage students since most robotics classes require students working in groups. With this, the students get to collaborate and share complex ideas with fellow students. This encourages development of good communication as well as inter-personal skills; skills which are deemed very important by employers.

Robotics makes use of extensive knowledge from diverse fields such as mechanics, electronics, applied mathematics and computer programming; this ensures that students are well versed with skills that have wide application to strategic problem solving and top notch thinking; with these wide exposure students develop critical thinking which can be applied in most carrier fields.

The word you won’t miss out on any technological forum today is innovation. Based on the creative problem-solving techniques derived by studying robotics; students get to explore the field further and come up with solutions to some of the problems that has been affecting man-kind for some time. With this, the students develop an innovative nature which is very important in coming up with technological setups today.

The most important thing is that robotics curriculum introduces students to concepts, knowledge and skills to understanding information based future technological trends. Technology is ever changing as it is not a preserved field for “geeks/nerds” as it used to be. By making better use of the robotic skills acquire, students will off course be up to date with the emerging technologies thus help reduce the “digital divide” gap that has been in existent.

At our learning center we are dedicated to ensuring that your child gets to acquire some of these important skills. We have the best facilities and staff, by enrolling your child at our training center you will be guaranteed of better services.

Who Can Learn Our Courses?

Why should teenagers join robotics workshops in Delhi?

Learning through robotics matches with the well proven concept of STEM. Robotics classes not only provide a continuous  problem solving opportunity but also create a dynamic and a fun learning environment. Students learn maths, physics, engineering and develop logic building capabilities as the proceed towards their tangible targets.