14 yrs - 18 yrs


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Challenger Robo Engineer


Here students learn to design complex models of robots which are more industry oriented and created to execute specific task with precision. One needs to design the robot keeping in mind the application. Students are also prepared to participate in National and International Robotics Competition.

What do students learn?

  • Introduction to Arduino Software
  • How to build logic to write a program?
  • How to write program in Arduino software?
  • WildFIRE™ Graphical programming language to generate Arduino programming code
  • Understanding the Microprocessor 8051 in detail along with its properties and functions
  • Uploading the program on the microprocessor, Design and assemble robot models
  • Upload line following sensor program and operate the robot
  • Understand the industry application of line following function
  • Upload the bumper sensor program and operate the robot
  • Understand how robots work using logic.
  • Be aware of simple programming techniques.
  • Understand Mechanical and Electronics components used in Recognize the obstacles programmers face when programming a robot.
  • Design programs on Arduino for light sensors and temp sensors operations
  • Understand Mechanical and Electronics components used in Robots
  • DC Motors, Servo Motors, Different types of Gears, Gripper Assemblies
Sample Image

Sample Image

Challenger Robo Engineer


Here students learn to design complex models of robots which are more industry oriented and created to execute specific task with precision. One needs to design the robot keeping in mind the application. Students are also prepared to participate in National and International Robotics Competition.

DTMF CONTROLLED CHAMPION ROBOT

  • Assembling the robot and operations
  • Programming using Arduino Basic Electronics
  • Microprocessor and Microcontroller
  • DTMF Module datasheet
  • Connections and Configurations
  • Controlling through DTMF
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BLUETOOTH CONTROLLED CHAMPION ROBOT

  • Basic Electronics
  • Microprocessor and Microcontroller
  • Bluetooth Module datasheet
  • Connections and Configurations
  • Controlling through Bluetooth APP
  • Programming using Arduino
  • Assembling the robot and operations

HAND GESTURE CONTROLLED ROBOT

  • Basic Electronics
  • Microprocessor and Microcontroller
  • Configuring two micro-controller for Master and Slave format
  • Understanding motor controls
  • Accelerometer Module datasheet
  • Configuring Sensors on the micro-controller and data exchange
  • Connections and Configurations
  • Controlling through Bluetooth APP
  • Programming using Arduino
  • Assembling the robot and operations
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