This document outlines various embedded projects proposed by Yogendra Tamang, including automation projects for home, agriculture, energy, and education. Some key projects mentioned are an automatic water lifting and pouring system, smart phone-based home automation using Bluetooth or WiFi, and a smoke detector and firefighting robot. A wide range of topics are covered including IoT, robotics, artificial intelligence, and renewable energy. Contact information is provided for Yogendra Tamang to discuss potential collaboration on these embedded systems projects.

1. Embedded Projects
Yogendra Tamang
48yogen@gmail.com
yogen48@hotmail.com

2. Projects
 Projects in Home
 ICT for Agriculture
 Robotics Projects
 Alarm Systems
 Energy Projects
 Artificial Intelligence Based Projects
 Speech and Image Processing
 Security Projects

3. Automation in Home
 Automatic Water Lifting and Pouring (AWLP)
 Automatic Water Pump for Domestic Purposes
 Home Intruder Detection and Alarm System
 Kitchen Control Using IP

4. Robotics Projects
 Kitchen Helper Robot
 Dish Washer, Rice Cleaner and Preparer
 Room cleaner and Sweeper Robot

5. ICT for Agriculture
 Temperature and Humidity Monitoring
 Automatic Irrigation Systems
 Online Agro-Product Booking
 Automatic Poultry Farm(Feeding and Lighting Systems)
 Sick Hen Finder(Using Advanced CCTV)
 Balance Diet Analyzer
 Fertilizer Spreader Robot.

6. Energy and Solar Based Projects
 Solar Charge Controller
 Automatic Power Switcher and Charger Systems

7. Domestic and School Projects
 Automatic School Alarm Systems
 Attendance Systems(RFID, Finger Print..)
 Child Location Tracking
 Advanced e-Learning and Video Conferencing LABS

8. AI Based Projects
 Attendance Using Face Recognition
 Student Performance Calculator and Recommender Systems
 Speaker Recognition System
 Traffic Finder

9. Automatic Water lifting and pouring systems (AWLP)
Microcontroller AC Control Unit
Power supply
Water Level
Sensors
A , B
Figure:- Block diagram of Automatic Water Lifting and Powering Systems

10. AWLP
Sensor B
 Figure Tank Model
Water Tank
Sensor A

11. AWLP Working Modes
 Automatic
 Manual

12. AWLP Working
(Automatic Mode)
Sensor B
 Sensor A is Bottom Level Sensor and B Upper level Sensor
 When
Water Tank
Sensor A
Water Tank Water Level
Sensor B
Sensor A
 Motor runs automatically until the water level reaches level B
Motor
Runs

13. Working
 When
Water Tank
Sensor B
Sensor A
Water above level B
Motor
Stops

14. Manual Mode
 It is Conventional Mode.
 A switch is used to switch between Automatic and Manual Mode..

15. Enhancements
 LCD or 5-10 LEDS can be used to indicate level of water in the tank..
Water Level:- 60%
Motor:- Off
100%
30%
20%
10%
Display in LCD
Display using LEDs

16. Final Product View
 Product Design View
Water Level:- 60%
Motor:- Off
AC Supply
Motor Status
Working
LCD ON
ON
Switches
Indicators
LCD Display

17. Components
 Microcontroller or Arduino board
 USB Debugger and Necessary Hardwares
 LCDs
 Relays
 LEDS, Switches
 Transformers
 Regulator Ics
 Terminal Blocks

18. Time:11:52am,SAT
Date: 2014-03-08
1 2 3 4
5 6 7 8
9 0 * #
Supply
System
ON/OFF
Automatic School Bell
Menu
1. Set Time and Date
I. Set Time
II. Set Date
2. Set Period
1. 1st Period Start Time
2. 1st Period Duration
3. 2nd Period Start Time
AC
USB Supply
Debugging

19. IP based Switch
Ethernet Interface Main Board
Device 1
Device 2
Device 3
Device n

20. Automatic Power Source Switcher
Charging
System
Solar
From
Battery

21. Robotics Projects
 Brain Computer Interface
 GPS Tracking of Children
 Quadcopter
 Wireless Control of Home Equipments
 Smart Phone Based Home Automation

22. Smart Phone Based Home Automation
(HPBHA)
Power
Supply
Microcontroller
Device4
Device3
Device2
Device2
Bluetooth or
Wi Fi
Module
Cell Phone

23. Smart Phone Based Home Automation
(HPBHA)
System
From
Battery
USB Interface
Bluetooth or Wifi
Device1 Device2 Device3 Device4

24. SPBHM Features
 Android App is present in the Mobile.
 The Main Board Consists of Break out circuit for AC supply and 4 AC devices
to be controlled
 Bluetooth or Wi Fi is used to control the devices

25. IP Based Home Automation
System
From
Battery
USB Interface
Wifi
Device1 Device2 Device3 Device4

26. Smoke Detector and Fire Fighter Robot
 In this project, There are two individual sections. In one section, Detector Section which detects
the presence of Smoke or Fire. In other Section, a robot is used to clear the fire. The robot finds
the place of the fire. And injects its CO2 for extinguishing the fire.

27. Thank you !!