About this Program:
Embedded System introduces you to the amazing world of automation and its fascinating applications. Using the Arduino Controller, you will develop an electronic device that streams ultrasonic, IR, fire and gas data over the internet. You will be making your own custom made applications to solve some simple real world problems. You will acquire all the necessary skills that you need to gain to become an Embedded System Engineer. Participants will learn to use embedded system. Instruction cum aided with live projects which will allow students to grasp concepts of the complete ARM application development life-cycle.
Technologies and Tools Covered
- Arduino Controller and IDE
- Embedded C Programming
- GPIO and Sensor Interface to Arduino
- Proteus Software
- Data Upload and Implementation using Arduino
- Arduino Architecture & Embedded C Programming
Introduction to the Concept of IoT, Arduino Controller, Arduino IDE will be dealt with Simple programs shall be done by the participants. This shall serve as the first step before the entry to the advanced concepts implementation of IoT using the Arduino Controller.
|1||Introduction to IoT and the overview of its Applications|
|2||Overview of Arduino Architecture|
|3||Arduino IDE and Embedded C Programming|
|4||Interface LED with Arduino|
· Accessing On-chip ADC and to display the value in PC serial terminal – Gas and Temperature Sensor
|6||Working Principle of PWM and Interface with Controller
· DC Motor Interface
· Programming with PWM
II. Sensors Interface with Arduino and Proteus Software
Introduction and working principle to the sensor like ultrasonic sensor, LDR, IR, GAS and and interface with the Arduino. Apart from the Interface of Sensors, the participant will also develop a prototype mini project application using all the sensors.
|1||Working with Proteus Software|
|2||Simulation and Hardware Interface with Proteus|
|3||Introduction & Working Principle of sensors|
|4||Ultrasonic and IR Sensor interface with Arduino & Programming|
|5||Gas Sensor and LDR Sensor interface and Programming|
|6||Accelerometer Sensor – MEMS and the interface with Arduino & Programming|
|7||Motor Driver Interface – L293D and DC motor & Programming|
Practical 1 : Blinking of LED.
Practical 2 : Turn ON / OFF Buzzer at desired delay.
Practical 3 : Transferring data serially from PC to microcontroller
Practical 4 : Working on PWM Technique
Practical 5: Ultrasonic and IR Sensor Interface
Practical 6: Gas Sensor and LDR Sensor interface and Programming
Practical 7 : MEMS Sensor Interface
Practical 8: Motor Driver and Motor Interface.
The Program is mix of Theory sessions, Quizzes, Hands on Sessions, Liver Interaction with Experts, Assignments and Practical Exercises, final presentations with the student which will gain the student knowledge as well as communication. Maximum Impetus is given to Hands on Sessions so as to enable the participants with the maximum knowledge transfer and satisfaction. The ratio of the theory, practical sessions will be 30:70.
IETE - Arduino Lesson 1
IETE - Arduino Lesson 2
IETE - Arduino Lesson 3
IETE - Arduino Lesson 4
IETE - Arduino Lesson 5
IETE - Arduino Lesson 6
IETE - Arduino Lesson 7