About the Program

Arduino is a development board used to connect the real world to the digital world by using different sensors. Arduino introduced in the market early 2000s as a board for the students who had no more expertise in programming and the electronics system. Its features fascinated to the students would like to start in programming and also prominently used in electronics prototype modelling specially for the Internet of Things (IoT) product development.

This course is ideal engineering students, embedded designers, engineer or developers who want to enhance and bolster their skills in embedded system. This course suits either completely new to Arduino programming or want strengthen their skills again with the concrete coding challenge.

This course gives deep insight of different senor interface with the Arduino by programming and found external world events such as temperature, pressure, light, sound, speed, humidity, moisture, fire.

This course open the door for working in various domain, including Smart Infrastructure, Smart City,  Internet of Things, etc..

Eligibility

1st/2nd/3rd year students of B.E./B.Tech. from Electrical, Electronics, Computer Science. Recommended for First year engineering students.

Pre-requisites

Basics of Electronics & C language programing.

Features

• Knowledge of Arduino
• Knowledge of Embedded C programming
• Knowledge of Sensors Programming
• Hands on experience of Simulation Software
• Best learning with very affordable fee

Benefits

• Confidence build up for electronics subjects
• Certification from Microchip Technology,USA*
• Fare understanding of electronics hardware
• Fare understanding of Embedded Software development
• Experience of BEST learning practice
• Acquire skills to do better Minor/Major Projects
• Can participate in various national/international competition and tech fest

Curriculum

Section 1: Introduction to Embedded System

• First Embedded Application
• Different Microcontroller Architectures
• Different kinds of Microcontrollers
• Difference between Processor and Controller

Section 2: Scope of embedded system and further advancements

• Applications
• Market research
• Growth Rate

Section 3: Introduction to Arduino and Arduino IDE

• Introduction
• Install the Arduino Ide
• Connect your Arduino Board
• Arduino Programming Architecture

Section 4: Detailed description of Simulation Software

• Proteus-ISIS
• Brief introduction to simulator tool
• Demo to some small logic circuits

Section 5: Arduino Programming

• LED
• Switches
• Motors
• Relay
• Analog Sensor like Temperature, Potentiometer

Section 6: Project Work

• Complete a one project