Semester 1: Robotics in Block Coding

In this introductory semester, students will learn coding logic through game development and Arduino-based projects in a block coding environment. The students will be gradually introduced to various sensors and actuators in various projects.

Sensors/Actuators:

LEDs
Servo motor
DHT 11 (Temperature/Humidity)
LDR sensor
DC motor
L298N Motor Driver
HC05 Bluetooth module

Software: Pictoblox (Block-Based Coding Platform)

Microcontroller: Arduino UNO

Pre-requisite: None

Course Duration: 36-40 Classes (9-10 Months Approx)

Course Content

Introduction to Block-Based Coding
Learners are introduced to block-based coding platform and familierized with various code blocks to build simple animations.

Game Development
Learners develop game modules using scripts, sprites and stage.

Traffic Light Signal
Learners create a working prototype of a traffic signal light with Arduino and coding—familiarisation with a conditional loop using TM 1637.

Toll Gate
Learners build a toll gate using traffic light signal (previous project) and a servo motor.

Cube Satellite
Learners will develop and code a working prototype of a CubeSat using Arduino Uno, DHT 11, TM1637 1637 and solar panel.

Laser-Based Intrusion Alarm
Learners will familiarize themselves with the Laser and LDR module and use them to develop a door alarm which sounds when someone tries to intrude.

Smart Street Light
Learners will understand an LDR sensor and its use as a digital as well as an Analog sensor to make a smart street light that switches on/off by sensing the surrounding light.

Bluetooth Traffic Light
Learners will understand the concept of Bluetooth and wireless communication, and use Bluetooth to control LEDs and a servo motor to build a remote-controlled traffic light system. This project enables learners to understand how a Bluetooth device works.

Bluetooth Car
Learners will familiarize themselves with motors, motor drivers and HC05 Bluetooth. They will unerstand how a motor driver works along with HC05 Bluetooth sensor to control it remotely and build a Bluetooth-controlled car that can be operated using a mobile phone.

A course by

Spaceefic

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Price:Free
Instructor:Spaceefic
Duration: 80 hours
Lessons:43
Students:2
Level:Beginner

What Will You Learn?

Audience

Course Content

Introduction to Block-Based Coding Learners are introduced to block-based coding platform and familierized with various code blocks to build simple animations.

Game Development Learners develop game modules using scripts, sprites and stage.

Traffic Light Signal Learners create a working prototype of a traffic signal light with Arduino and coding—familiarisation with a conditional loop using TM 1637.

Introduction

Components Required

Circuit Connections

Code

Toll Gate Learners build a toll gate using traffic light signal (previous project) and a servo motor.

Introduction

Components Required

Circuit Connections

Code

Cube Satellite Learners will develop and code a working prototype of a CubeSat using Arduino Uno, DHT 11, TM1637 1637 and solar panel.

What is a Cube Satellite?

What is a Nano Satellite?

Components Required

Circuit Connections

Reading Temperature and Humidity Using the DHT11 Sensor and Serial Monitor

Code for reading Temperature and Humidity Using the DHT11 Sensor and Serial Monitor

Reading Temperature and Humidity Using the DHT11 Sensor and TM 1637 Display

Code for reading Temperature and Humidity Using the DHT11 Sensor and TM 1637 Display

Laser-Based Intrusion Alarm Learners will familiarize themselves with the Laser and LDR module and use them to develop a door alarm which sounds when someone tries to intrude.

Introduction

what is a Laser?

What is LDR?

What is Serial Monitor in Pictoblox?

How to connect with the Serial Monitor

Components Required

Circuit Connections

Code with Serial Monitor

Code Without Serial Monitor

Smart Street Light Learners will understand an LDR sensor and its use as a digital as well as an Analog sensor to make a smart street light that switches on/off by sensing the surrounding light.

Introduction

Components Required

Circuit Connections

Code (Level 1)

Code (Level 2)

Bluetooth Traffic Light Learners will understand the concept of Bluetooth and wireless communication, and use Bluetooth to control LEDs and a servo motor to build a remote-controlled traffic light system. This project enables learners to understand how a Bluetooth device works.

Introduction

Bluetooth

Dabble App

Components Required

Circuit Connections

Code (Level 1)

Code (Level 2)

Bluetooth Car Learners will familiarize themselves with motors, motor drivers and HC05 Bluetooth. They will unerstand how a motor driver works along with HC05 Bluetooth sensor to control it remotely and build a Bluetooth-controlled car that can be operated using a mobile phone.

Introduction

Motor Driver

Components Required

Circuit Connections

Motor Control using Bluetooth

Code

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Introduction to Block-Based Coding
Learners are introduced to block-based coding platform and familierized with various code blocks to build simple animations.

Game Development
Learners develop game modules using scripts, sprites and stage.

Traffic Light Signal
Learners create a working prototype of a traffic signal light with Arduino and coding—familiarisation with a conditional loop using TM 1637.

Toll Gate
Learners build a toll gate using traffic light signal (previous project) and a servo motor.

Cube Satellite
Learners will develop and code a working prototype of a CubeSat using Arduino Uno, DHT 11, TM1637 1637 and solar panel.

Laser-Based Intrusion Alarm
Learners will familiarize themselves with the Laser and LDR module and use them to develop a door alarm which sounds when someone tries to intrude.

Smart Street Light
Learners will understand an LDR sensor and its use as a digital as well as an Analog sensor to make a smart street light that switches on/off by sensing the surrounding light.

Bluetooth Traffic Light
Learners will understand the concept of Bluetooth and wireless communication, and use Bluetooth to control LEDs and a servo motor to build a remote-controlled traffic light system. This project enables learners to understand how a Bluetooth device works.

Bluetooth Car
Learners will familiarize themselves with motors, motor drivers and HC05 Bluetooth. They will unerstand how a motor driver works along with HC05 Bluetooth sensor to control it remotely and build a Bluetooth-controlled car that can be operated using a mobile phone.