Starter Kit

evive’s learning modules are designed to give you a perfect learning experience. Use these easy to assemble DIY modules to make your perfect robot mate, helping you do things otherwise difficult to accomplish.

Starter Kit is a perfect start into the amazing world of robotics, electronics and programming. Unleash your creativity and learn to make your own smartphone controlled robot, interactive computer games, touch piano, pick and place robot, security system, alarm clock, light following robot, science experiments, pet feeder and much more. Lets get started and transform your ideas to reality.

Component List

Comes with a Book

Projects

Glow a LED
In this project, you learn about basic of electronics (Voltage, Current and Resistance) and LED. You learn about Ohms law and make a simple LED circuit.
Project Info
Programming Platform: Arduino IDE
Type: Project
Difficulty: Beginners
Estimated Time: 2 hrs
Visualising Digital and Analog Signal
In this project, you learn about analog and digital signal and visualise it on evive Mini Oscilloscope.
Project Info
Programming Platform: Arduino IDE
Type: Project
Difficulty: Beginners
Estimated Time: 1 hrs
Learn Scratch Programming and Controlling LED
In this project, you learn about Scratch, its interface and its basic elements. Then you make your first Scratch script to control a LED using your Keyboard.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Beginners
Estimated Time: 2 hrs
Shoot the Bat
In this Scratch project, you make animations and a game. The user is controlling a shooting aim using joystick. A flying bat emereges at a random location on the stage, moves to another random location and disappear. You have to aim for the bat and if you touch it, the bat disappear and you increase your score by 1. You have 60 seconds for shooting as many bat as you can.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Intermediate
Estimated Time: 3 hrs
Dodge
The aim of the game is to control the kid and dodge the objects coming his way for as long as possible. You can’t dodge them forever; because basically we are playing a game of survival and the challenge essentially is to stay in the game for as long as possible.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Intermediate
Estimated Time: 4 hrs
Touch based Piano
In this project, we will make an eight key DIY piano using capacitive touch. The sound will be generated using a piezo buzzer which is in-built (in evive). We will generate 8 basic tones (Sargam)- Sa, Re, Ga, Ma, Pa, Dha, Ni, San in Hindi.
Project Info
Programming Platform: Arduino IDE
Type: Project
Difficulty: Beginners
Estimated Time: 2 hrs
Turntable
In this project, you will make a small DIY turntable, whose speed and direct on can be controlled using slide switch and potentiometer of evive.
Project Info
Programming Platform: Arduino IDE
Type: Project
Difficulty: Beginners
Estimated Time: 2 hrs
Joystick controlled Robot
In this project, you will learn about basics of mobile robots. You will build a mobile robot that will be controlled using a joystick and program it in Scratch.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Beginners
Estimated Time: 4 hrs
Smartphone controlled Robot
In this project, you will convert your wired robot into a wireless robot using a Smartphone. Your robot and smartphone will communicate using Bluetooth.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Beginners
Estimated Time: 2 hrs
Line Following Robot
In previous two projects, you learned about robots controlled by you. In this project you will give the robot sensors and make the robot autonomous. Using two IR Sensor, you will follow a line.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Intermediate
Estimated Time: 4 hrs
Obstacle Avoidance Robot
In this project, we will make a robot that will be able to avoid obstacles. The robot will use an ultrasonic sensor and a servo motor in addition to the basic robot. The robot will check how far the nearest obstacle is (in every direct on) and then decide upon the actions to be taken. The servo controls the direct on in which the sensor faces and if the robot is hindered by an obstacle, the servo will probe in different directions. Once we are convinced that a certain direct on is clear of any obstacles, we can turn the robot in that particular direct on and then move it in a straight line along that direct on till the next obstacle is found. If there is no way to go ahead the robot executes a full 180 degrees turn.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Advance
Estimated Time: 5 hrs
Pick and Place Robot
In this project, we will make a gripper using two servos. Later we will mount the gripper on the basic robot and build a pick and place robot.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Intermediate
Estimated Time: 5 hrs
Balloon Popping Robot
This robot have a needle atached to the servo horn (same as the obstacle avoidance robot except ultrasonic sensor is replaced by needle). The robot will be controlled by mobile App. You can control the orientaton of needle (pointng straight or sidewards).
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Intermediate
Estimated Time: 3 hrs
Light Tracking Robot
In this project, we will make a light tracker which is used to track the direct on of the incoming light. It is used along with solar panels which are programmed to move in the direct on of sun to receive maximum amount of incident light.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Advance
Estimated Time: 4 hrs
Alarm Clock
In this project, we will be making a digital alarm clock, which will display the time on TFT Screen. Using the slide switch 1 of evive, we will enter into another mode (when the slide switch is up) where we will set the alarm time using potent ometers. After setting the alarm time, we will turn ON the alarm by sliding down the slide switch.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Beginners
Estimated Time: 2 hrs
Automatic Railway Crossing
In this project we will be automatically detect trains using an ultrasonic sensor mounted ahead of railway crossing, operate two servos for connect on to barriers or gates and once train has cleared the sensor, the barriers return to their start positions automatically.
Project Info
Programming Platform: Scratch
Type: Project
Difficulty: Intermediate
Estimated Time: 4 hrs