Projects of Robotics

From this level, kids develop the robots by their own like project making. We have many projects where kids learn new concepts in each.

  • Age Group: 12 to 20 years

Level-7 Gesture Control Robotic Car

In this Course, kids will learn to develop the project of Gesture Control Robotics Car which can be controlled with Hand Gesture.
  • In theory Session: Kids learn basics of Sensor Accelerometer, types of accelerometer sensors, how they work, pin diagram, Cartesian Coordinate system, real time application of accelerometer, Transmitter, Receivers concepts and their pin diagram connection.
  • Programing Sessions: kids learn how to develop the program to read the values coming from X,Y and Z pins of Accelerometer, using those values how to make the program to control the Robotic Car using Hand Gesture for Forward, Reverse, Left and Right turn.
  • In Model Making: Kids learn to build complete model of Gesture Control Robotics Car using Accelerometer, Motor Driver Circuit, Arduino Uno, Transmitter and Receiver with complete circuit development.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test

Level-8 Gesture Control Robotic Arm

In this Course, kids will learn to develop the project of Gesture Control Robotics Arm which can be controlled with fingers movements.

  • In theory Session: Kids learn basics of Sensor called Flex Sensor, how they work, circuit diagram to read the values, Transmitter, Receivers concepts and their pin diagram connection
  • Programing Sessions: kids learn how to develop the program to read the value coming from Felx sensor, how to develop program to control robotics arm using movement of Arm OPEN and CLOSE, develop the program to control complete lifting anf gripping mechanism using Accelerometer and Flex sensor.
  • In Model Making: Kids learn to build complete model of Gesture Control Robotics ARM using Flex Sensor, Accelerometer Sensor, Motor Driver Circuit, Arduino Uno, Transmitter and Receiver with complete circuit development.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test

Level-9 Bluetooth Control Robots

In this Course, kids will learn to develop the robots which can be control using Mobile phones.
  • In theory Session: Kids learn basics of DTMF and Bluetooth Module, how they work, their pin diagram understanding, what is binary no, binary to decimal conversion method, its circuits connection concepts.
  • Programing Sessions: kids learn how to develop the program to read the binary no. coming out of DTMF sensor and signal coming from Bluetooth module, program to control Robotics Car using DTMF and Bluetooth Module.
  • In Model Making: Kids learn to build two projects to control the Robotics Car using DTMF module and Bluetooth Module with Mobile phone. Here in DTMF, robotics car can be control with two mobiles one will act as transmitter and other will ask as receiver. In Bluetooth Module, module will be placed in Robotic Car and it is connected through Bluetooth of mobile using Mobile Application.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test

Level-10 Self Balance Robot

In this Course, kids will learn to develop the robots which can be control using Mobile phones.
  • In theory Session: Kids learn basics of DTMF and Bluetooth Module, how they work, their pin diagram understanding, what is binary no, binary to decimal conversion method, its circuits connection concepts.
  • Programing Sessions: kids learn how to develop the program to read the binary no. coming out of DTMF sensor and signal coming from Bluetooth module, program to control Robotics Car using DTMF and Bluetooth Module.
  • In Model Making: Kids learn to build two projects to control the Robotics Car using DTMF module and Bluetooth Module with Mobile phone. Here in DTMF, robotics car can be control with two mobiles one will act as transmitter and other will ask as receiver. In Bluetooth Module, module will be placed in Robotic Car and it is connected through Bluetooth of mobile using Mobile Application.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test

Level-11 Solar Tracking System

In this Course, kids will learn to make complete project of Solar Tracking System in which Solar panel will track the position of Sun rotating as per the movement of SUN automatically.
  • In theory Session: Kids learn about type of Solar tracking system, How they work, Basic concept of Servo Motor, its mechanism understanding, LDR sensor working as Solar position sensor, circuit development to sense the solar position with LDR.
  • Programing Sessions: kids learn how to develop the program to control the position of Servo motor at different angles, LDR sensor reading to predict the position of Solar panel and program to rotate the Servo motor as per the reading of LDR sensor to track the Sun.
  • In Model Making: Kids learn to build complete project of Solar Tracking System in which kids do the practical of Servo Motor Position control, LDR sensor working as Solar position Sensor, its complex circuit connections and complete model making of Solar Tracking System.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • IStudent Innovation Test (SIT): Complete Model Making Test

Level-12 Bipedal Humanoid Robot

In this Course, kids will learn to build Bipedal Humanoid Robot with the help of Servo Motors. Here kids develop two legs using Servo motors and Metal plates.
  • In Structure Development Session: Kids try to develop different structure of legs which function to walk using Metal plates and Servo Motors. As kids have reached to the level that now they need to think by their own how to develop such a structure that make walk on two legs.
  • Programing Sessions: kids develop the program to control the servo motor such that they work like leg movement of Human. Program development is done gradually like kids first develop single leg structure program and after they progress for the next.
  • In Model Making: Kids learn to build complete model of Bipedal Humanoid Robot with circuit connections on breadboard. Circuits connections for bipedal humanoid robot is also very complex which kids develop gradually.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test

Level-13 Hover Craft Robot

In this Course, kids will learn to make Robot called Haver Craft which is driven with the help of Brushless DC motors.
  • In Theory Session: Kids learn the concept of Brushless DC (BLDC) motor, how it works, types of BLDC motors, construction difference between BLDC and normal DC motor, how to control the BLDC motor with Arduino signals, Power requirement of BLDC motors, requirement and working of ESC and Transmitter receiver concepts.
  • Programing Sessions: kids develop the program to control BLDC motor with ARDUINO Microcontroller.
  • In Model Making: Kids learn the circuit connection of BLDC, ESC, Batteries and Arduino Uno, How to do the connection of Receiver with ESC to control the BLDC motors, how complete Hover Craft is working, placement of Motors on the hover craft and its controlling with transmitter wirelessly.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test

Level-14 QuadCopter Robot

In this Course, kids will learn Quadcopter with its flying technics.
  • In Theory Session: Kids learn to control the BLDC motors using Arduino Uno Microcontroller signal with ESCs, how to increase the speed of Motors using Push buttons, Learn about the controller KK 2.1, how to do the programming, about the sensors mounted on it.
  • Programming Sessions: kids develop the program to control BLDC motor speed with push button to understand how transmitter send the signal to control the speed of motors.
  • In Model Making: Kids learn the circuit connection of BLDC motors with ESCs, Push Button and Arduino Uno, Connection of Receiver, KK 2.1 Controller. Kids learn how to control the speed of Motors using transmitter and flying control of Complete Quadcopter.
  • Student Brain Test (SBT): Theory Test
  • Student Skill Test (SST): Circuit Development Test
  • Student Innovation Test (SIT): Complete Model Making Test
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