SBC Based System Design & IoT
Teacher
Jitendra Pramanik
Category
Core Courses
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Code(Credit) : CUTM1257(0-3-1)
Course Objectives
- To learn how to setup Arduino environment and write programming codes for Arduino and other SBCs
- To learn how to design and assemble simple embedded system circuits around the Arduino as an SBC to implement simple practical functions
- To learn how to develop simple SBC based embedded system prototypes by themselves by transforming the real-life requirement
- To learn and understand functioning of various sensors and actuators
- To learn how to integrate them to design practical solutions to meet Internet of Things (IoT) objectives using SBCs
Learning Outcomes
- To build confident programming skill in developing code for SBCs using Arduino Environment
- To build preliminary prototyping skill to implement real-life functions using circuits on breadboards
- To understand and experiment implementation of data communication between SBCs and other peripheral devices (sensors, actuators and other SBCs) using Arduino Environment
- To build automation projects to solve real world problems
Course Syllabus
Practice:
- Overview of Arduino Boards, features & Pin-out
- Programming Basics Arduino IDE Familiarization, Arduino Program Architecture
- LED Projects: LED blink Program, Simple Pattern of LED, Complex Pattern of LED, Controlling LED with PWM.
- Working with screens: Program to interface LCD (16x2) with Arduino
- Interfacing of Light Sensor (LDR)
- Sensor interfacing: Temperature sensor (DHT11/LM35), Interfacing MQ sensors
- Relay Module interfacing with Uno
- Interfacing IR Module, PIR Module, Ultrasonic sensor interfacing
- Working with motors: Interfacing of DC motor, Servo Motor
- Interfacing 4*4 matrix keypad
- Interfacing HC05 with Arduino Uno
- RF Module Interfacing with Arduino
- SD card interfacing with Arduino
- Build an ESP8266 Web Server with Arduino
- Send data to cloud: Interfacing ESP8266 with Arduino, connecting Arduino and ThingSpeak Server
Projects:
- Data Logger with Temperature Sensor and LDR
- Home Automation using RF module
- Arduino Color Sorter
- Arduino Robot Car
- Arduino based Self-Stabilizing Platform,
- RFID Access Control System,
- Gesture Based Automation
- Sensor based Air Quality Monitoring system
- Environment Monitoring Monitoring system
- Gesture Based Automation
- Patient Monitoring System
- Web controlled Home Automation
- IoT based Battery Monitoring System
- Smart Weighing Machine for Remote Weight Measurement and Monitoring
- IoT based Smart Energy Meter using NodeMCU ESP8266
Session Plan
Session 1
Overview of Arduino Boards, features & Pin-out
LECTURE: Briefing about application and efficiency of Arduino boards, Exposing them towards pinout of different of Arduino Uno boards.
PRACTICE: Quiz and discussion
WEBLINKS:
Session 2
Programming Basics Arduino IDE Familiarization, Arduino Program Architecture.
DEMO: About fundamentals of Arduino IDE, Installation of Arduino IDE, Adding libraries to Uno IDE.
PRACTICE: Writing the first program and uploading the sketch to Arduino.
WEBLINKS:
Session 3
LED Projects: LED blink Program, Simple Pattern of LED, Complex Pattern of LED.
DEMO: Interfacing an LED with Arduino board
PRACTICE: Designing a traffic light controller.
WEBLINKS:
Session 4
Interfacing LED with PWM: Understanding PWM, generating PWM using Uno.
DEMO: Generating PWM signal using Uno through program
PRACTICE: Arduino Based LED Dimmer using PWM
WEBLINKS:
Session 5
Working with screens: Program to interface LCD (16x2) with Arduino
DEMO: Understanding of LCD & its pin-out, Hardware Interfacing of LCD with Uno , adding library to Uno IDE.
PRACTICE: Display simple string on LCD, Displaying personal data on LCD using Uno
WEBLINKS:
Session 6
Interim Project Review- I
Session 7
Interfacing of Light Sensor(LDR) with Arduino Uno
DEMO: Interfacing of LDR with UNO
PRACTICE: LED control using LDR
WEBLINKS:
Session 8
Sensor interfacing: Temperature sensor (DHT11/LM35) with Arduino
DEMO: On working principle of DHT11 and LM35 , interfacing DHT11 & LM 35 with the Uno board
PRACTICE: Displaying Temperature & Humidity data on LCD
WEBLINKS:
LM35 Temperature Sensor with Arduino Uno
Session 9
Interfacing MQ sensors with Arduino
DEMO: Briefing about working of MQ sensors, Interfacing MQ135/MQ7/MQ2 with the Uno board
PRACTICE: Displaying MQ sesnor data on LCD , Designing security alarm for gas/smoke leakage
WEBLINKS:
Session 10
Relay Module interfacing with Arduino
DEMO: On interfacing relay modules with Uno
PRACTICE: Light control using Relay, Light control using LDR & Relay
WEBLINKS:
Session 11
Interfacing IR Module, PIR Module with Arduino
DEMO: On working and interfacing of IR & PIR sensor
PRACTICE: Light control with PIR using Arduino, Motion Detection Alarm
WEBLINKS:
Interface IR Sensor With Arduino
Session 12
Flex sensor interfacing with Arduino
DEMO: On working and interfacing of flex sensor with Arduino
PRACTICE: Light control with flex sensor using Arduino
WEBLINKS:
Session 13
Interim Project Review-II
Session 14
Ultrasonic sensor interfacing with Arduino
DEMO: On working of ultrasonic sensor, its pinout and interfacing with Uno, adding library to Uno IDE
PRACTICE: Distance finder
WEBLINKS:
Session 15
Interfacing Pressure Sensor BMP180 with Arduino
DEMO: Working of BMP180, connecting the BMP180 to the Arduino, installing BMP180 library
PRACTICE: Displaying temperature and pressure data from BMP180 on LCD using Arduino.
WEBLINKS:
Session 16
Working with motors: Interfacing of DC motor, Servo Motor with Arduino
DEMO: On interfacing DC Motor & Servo motor with Arduino Uno
PRACTICE: Speed control of DC motor using PWM
WEBLINKS:
DC motor interfacing with Arduino
Session 17
Interfacing 4*4 matrix keypad
DEMO: On working of keypad, how to setup a keypad on Arduino
PRACTICE: Designing a security system
WEBLINKS:
Session 18
Interim Project Review-III
Session 19
Interfacing HC05with Arduino
DEMO: Setup HC05 with AT commands, Interfacing it with Uno
PRACTICE: Light Control using HC05 using Arduino
WEBLINKS:
Session 20
RF Module Interfacing with Arduino
DEMO: Understanding the working of Encoder & Decoder IC and its pinout, interfacing RF module with Uno.
PRACTICE: RF module based Electric Switching System
WEBLINKS:
Session 21
SD card interfacing with Arduino
DEMO: On pin out of SD card module. Adding Library to Uno IDE and interfacing SD card with Uno
PRACTICE: Arduino Data Logging
WEBLINKS:
Session 22
Interim Project Review-IV
Session 23
Interfacing ESP8266 with Arduino
DEMO: Understanding the pinout of ESP8266 and its connection with Uno, Testing ESP8266 interface with Uno using AT commands, setting up ThingSpeak.
PRACTICE: Uploading data into ThingSpeak using Arduino.
WEBLINKS:
Session 24
Temperature and Humidity Monitoring over ThingSpeak using Arduino UNO and ESP8266
PRACTICE: Writing program to upload the temperature and humidity data from DHt11 sensor into ThingSpeak using Arduino and ESP8266.
WEBLINKS:
Session 25
IoT Based Food Monitoring System
PRACTICE: Building a Food Monitoring device using NodeMCU or Arduino with ESP8266 and Arduino IDE, to monitor the temperature and humidity of the stored environment.
WEBLINKS:
Session 26
Smart Irrigation System
PRACTICE: Building smart irrigation system using soil moisture sensor with NodeMCU or Arduino with ESP8266 and send the datto ThingSpeak Server.
WEBLINKS:
Water irrigation system using Soil Moisture Sensor
Session 27
Build an ESP8266 Web Server with Arduino
PRACTICE: Building an web server with Arduino Uno and ESP8266 or NodeMCU
WEBLINKS:
ESP32 DHT11/DHT22 Asynchronous Web Server
Session 28
Interim Project Review-V
Session 29
Final Project Review
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