IEEE EMBDDED EEE PROJECT LIST

HYDERABAD | VIJAYAWADA | GUNTUR
Accords IEEE & International Standards Mobile: 9603150547
Vision Solutions
Uppal, Hyderabad | 4/13 Brodipet, Guntur | Benz Circle, Vijayawada
E-Mail:visionsolutions.9@gmail.com, call-9603150547
Web site: www.visiongroups.org
VisionGroups
EEE HARD WARE (KIT) PROJECTS
IEEE & JOURNAL BASED PROJECTS
Project
code
Title of the Project Description
IJEE01 Distribution
Transformer
Monitoring Using
GSM Technology
In this we will monitor transformer parameters like current, voltage
and temperature, if any of these parameters found abnormal then
this systems sends SMS alert to user.
IJEE02 Prepaid Energy Meter
with GSM technology
the GSM technology is used so that the consumer would receive
messages about the consumption of power (in watts) and if it
reaches the minimum amount, it would automatically alert the
consumer to recharge
IJEE03 Bluetooth remote
home automation
system using android
application
With this we can control home appliances from our android phone.
This safe and secure
IJEE04 Substation monitoring
and controlling using
GSM
Substation parameters are monitored and it also send alert message
when these parameters are abnormal
IJEE05 Low cost wireless
sensor network in field
operation monitoring
of ac motor
The main aim of this project is to monitor the operation conditions
of single-phase AC motors

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IJEE06 Applied research of
the intelligent
temperature-controlled
speed adjustable motor
in radiator fan
In this project the speed of the FAN will be controlled automatically
based on current temperature.
IJEE07 Electronic energy
meter with instant
billing
This paper presents automated billing of energy meter. It is just like
postpaid mobile connection. This is useful for billing purpose in
electricity board authority.
IJEE08 Remote power on/off
control and current
measurement for home
electric outlets based
on a low-power
embedded board and
ZIGBEE
We can control the home appliances through ZigBee remote and this
system will display the power consumed by the loads.
IJEE09 Energy saving project
for heating system
with ZigBee wireless
control network
The main of this project is to develop energy saving heating system
using ZigBee wireless technology
IJEE10 Implementation of
ZIGBEE-GSM based
home security
monitoring and remote
control system
The main aim of this project is to develop a security and control
automation system by which we can control and monitor the status
of home appliances
IJEE11 Automation of
residential electricity
cut off using network
based embedded
controller
The main aim of this project is to develop the automation system for
residential electricity cut off using network based embedded
controller
IJEE12 Design of intelligent
streetlight monitoring
The main aim of this project is to design an intelligent streetlight

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system based on micro
controller
monitoring system for power saving
IJEE13 GSM-based wireless
home appliances
monitoring & control
system
The main aim of this project is to develop a system, which uses
Mobile technology that keeps monitoring of the various appliances,
and will control the operation of these appliances with respect to the
signal sent by the mobile
IJEE14 Real-Time
Atomization Of
Agricultural
Environment for
Social Modernization
of Indian Agricultural
System
The main of this project is to control the agriculture motor using
mobile and also to protect the motor
IJEE15 Method of Measuring
Power Quality and
Development of
Monitor Device
The transmission line voltage, current, and power factor, active
power and reactive power are measured and displayed on the LCD
IJEE16 A novel technique of
ac power control using
micro controller based
inverter
The main aim of this work is to design a simple low cost AC voltage
controller used to
Control AC loads which doesn’t demand very high precisions
PROJECTS BASED ON AC TO DC CONVERTERS
AD01 Design Of Controlled
Dc Voltage Regulator
Using Semi Converter
With Motor Drive
230v ac is converted in to dc using SCR's and the required firing
pulses for the SCR's are given by the microcontroller. Only 2 SCR's
and 2 diodes will be there in the converting circuit.

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AD02 Design of controlled
DC voltage regulator
using full wave
converter with motor
speed control
230v ac is converted in to dc using SCR's and the required firing
pulses for the 4 SCR's are given by the microcontroller.
AD03 Design of dual
converter using micro
controller with
lighting load
A Dual converter consists of two full converters connected anti
parallel across the DC load. The four quadrant operation is obtained
by making one converter to work in rectification mode and other in
inversion mode
PROJECTS BASED ON DC TO DC CONVERTERS
DD01 Design And
Implementation Of
Multi Phase(Two-
Phase) Chopper Using
Micro Controller
In this paper we are going to study the designing aspects of multi
phase buck converter by employing controlled switch (MOSFET)
between load and source
DD02 Designing of boost
controller
In this paper we are going to study the designing aspects of boost
converter by employing controlled switches (MOSFET) between
load and source
DD03 Design of two
quadrant/buck-boost
controller
In this paper we are going to study the designing aspects of buck-
boost converter by employing controlled switches (MOSFET)
between the load and source
DD04 Design And
Development Of Fly
Back Converter With
Lighting Load Using
Micro Controller
In this paper we are going to study the designing aspects of fly back
converter by employing controlled switches (MOSFET) between the
load and source

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DD05 Design Of Simple
Buck Converter With
Variable Output
Voltage Using PWM
IC 3525
In this we design the buck converter without micro controller, we
generates pulses from IC3525.
DD06 Implementation Of
Enhanced Buck
Converter Using
Micro Controller With
Variable Output
Voltage
DD08 Design of controlled
DC voltage regulator
using half controlled
converter
PROJECTS BASED ON (DC TO AC) INVERTERS
INV01 Design of 5 level
cascaded multi level
inverter with 1
auxiliary switch
The aim of the project is to study the design and operation of
combined cascaded multi level inverter to provide pure sinusoidal
output voltage
INV02 Design Of Single
Phase PWM H-Bridge
Inverter Using 3525
IC For Variable
Output Voltage
In this project we are going to implement single-phase H-bridge
inverter
INV03 A New Switching
Topology In
Designing Combined
Cascaded Multi Level
Inverter(7 Level)
In this project only 6 switches are used to produce 7 level output.
The switching scheme to the MOSFET switches is implemented
using micro controller.

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With Reduced THD
INV04 Design Of Full Bridge
Inverter With Sine
Wave PWM
Technique Using
Micro Controller For
Motor Application
The aim of the project is to design a single phase sine wave pwm
inverter using micro controller.
INV05 Design of 5 level
symmetrical cascaded
multi level inverter
This paper presents a topology to control cascaded multilevel
inverter that is implemented with multiple DC sources to get 5 level
output
INV06 Single Phase H-Bridge
Inverter With Pulse
Width Modulation To
Reduce Harmonic
Content In The Output
Voltage
The aim of the project is to design and analyze single phase H-
bridge inverter using micro controller.
INV07
Design Of 7 Level
Asymmetrical
Cascaded Multi Level
Inverter With Reduced
Total Harmonic
Distortion
This paper presents a topology to control cascaded multilevel
inverter that is implemented with multiple DC sources to get 7 level
output
INV08
Design Of Single
Phase Parallel Inverter
Employing PWM
Technology Using
Microcontroller
The aim of the project is to design a single phase parallel inverter
using micro controller
INV09
Single phase PWM
half -bridge inverter
with lighting load
The aim of the project is to design and analyze single phase Half
bridge inverter using micro controller

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INV10
Single phase PWM
half-bridge inverter
using 3525 IC with
lighting load
The aim of the project is to design a single phase Half-bridge
inverter using 3525IC.
PROJECTS BASED ON AC TO AC CONVERTERS
AC1
Design of step down
cyclo converter using
dual converter SCR
bridge with lighting
load
Design cyclo converter so as to achieve variable frequency in the
output waveform using a microcontroller.
PROJECTS BASED ON MOTOR CONTROLLERS
MTC01 A Simplified V/F
Control Technique For
Speed Control Of
Induction Motor
To design and analyze the working of induction motor drive so that
the motor can be made to run at various speeds employing V/F
methodology.
MTC02
Speed Control Of Dc
Motor Using Four
Quadrant Chopper
The main aim of the project is to develop a speed control system for
DC motor using four-quadrant chopper. Using four-quadrant
chopper it is possible to demonstrate forward &reverse motoring
and braking
A Novel Solution In
Achieving Variable
To design a drive for speed control of DC motor so that the speed of
the motor can be controlled using PWM technique

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MTC03 Speed Control Of Dc
Motor Using micro
controller
MTC04 Speed Control Of
Induction Motor Using
Voltage Control
Method
To design a drive for driving the induction motor so that the motor
can be made to run at various speeds using voltage control method.
MTC05
Employing Frequency
Control Technique For
Obtaining Variable
Speeds In Driving
Single-Phase
Induction Motor
To design a drive for driving the induction motor so that the motor
can be made to run at various speeds using frequency control
method
MTC06 Variable Speed
Control Of Universal
Motor Using Micro
Controller
To achieve the necessary control over speeds of universal motor
employing PWM technique with microcontroller
PROJECTS BASED ON POWER SYSTEMS
PS01 Transmission Line
Multiple Fault
Ensuring reliable supply to customers is major point in distributing
power. In this project complete protection against such faults are

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Detection And
Indication To
Substation Using
Wireless Technology
monitored & if any fault occurs, it indicates to nearby substation
through RF technology.
PS02 Automatic power
factor correction using
switching capacitors
In this power factor correction unit it consists of a number of
capacitors that are switched by means of relays. These
contactors/relays are controlled by a regulator that measures power
factor in an electrical network. Depending on the load and power
factor of the network, the power factor controller will switch the
necessary blocks of capacitors in steps to make sure the power
factor stays above a selected value.
PS03 Unbalanced Three-
phase Optimal Power
Flow for Smart Grids
Whenever a three phase load is unbalanced it will correct the load
by switching some of the single phase loads to the other phases.
PS04 Substation monitoring
system (measurement
of PF, voltage, current,
temp.)
Continuous monitoring of substation is essential for reliable& safer
power supply at customer point. In this project are going to monitor
various supply parameters viz., voltage, frequency, p.f, power
ensuring protection
PS05 Transformer oil
temperature
monitoring with
automatic Circuit
Breaker operation.
The temperature of the transformer oil is monitored and displayed
on the LCD. When the temperature increases we will switch ON
cooling FAN. Even after switching the FAN if the temperature is not
decreased then we will switch of the transformer by using a relay.
Bulb is connected as a load.
PS06 Single phasing
preventer for
protection of three
phase (3-ph) loads
All the three phase induction motors need the power supply in all
the three phases when it is running if any of the phases is having a
power outage then the motor is switched off by using relay and the
fault phase is displayed on the LCD so that problem can be solved
easily
PS07 Automatic switching
of consumer
connection in
In the distribution feeder if the single phase consumer loads and
unbalancing a three phase system then the consumers are switched
to other phases so that the overall three phase system will remain in

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distribution feeder for
different load
distribution
balanced condition
PS08 Automatic change
over for three phase
connection with data
logger
by switching some of the single phase loads to the other phases and
the status of all the loads is shown on the display.
PS09 Automatic switching
of consumer
connection in
different load
distribution
In the distribution feeder if the single phase consumer loads and
unbalancing a three phase system then the consumers are switched
to other phases so that the overall three phase system will remain in
balanced condition.
PS10 Auto selection of any
available phase in 3
phase supply system
When a single phase load is connected to a phase which is having a
power outage then the load is automatically switched to another
phase by using relays so that the availability of the single phase
from the three phases will be more.
PS11 An On-line
Monitoring System of
Transmission Line
Conductor
When there is a fault in the power supply the load is switched off by
using a relay and the type of fault i.e. over voltage, under voltage
and over current is displayed on the LCD.
PS12 Over voltage or under
voltage tripping
mechanism
Whenever there is fault in the transmission line the load is switched
off and the type of the fault is displayed on the display. If the fault if
temporary fault then the load is reconnected to the line if not the
load remains disconnected. And the faulty phase is also displayed on
the display.
PROJECTS BASED ON SOLAR POWER

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SL01 Solar based sinusoidal
PWM inverter using
parallel inverter.
To design solar based H-Bridge inverter using micro controller
employing PWM technology.
SL02 Implementation Of
Solar Based Full
Bridge Inverter With
PWM Technique
The aim of the project is to design a solar based parallel inverter
SL03 Solar based off grid
parallel inverter
Design using ic 3524
The aim of the project is to design a solar based parallel inverter
using 3525 IC.
SL04 Solar based energy
backup system using
micro controller
The aim of the project is to design a solar based energy backup
system using micro controller.
SL05 Solar based
irrigation pumping
system for rural
agriculture
applications
The aim of the project is to design a working model of irrigation
pumping system making use of renewable energy resource solar
power
SL06 Distribution grid
transformers
monitoring using
GSM with forced
cooling control

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SL07 To Design High
Efficient Traffic
Lights Control
System Utilizing
Solar Energy
Traffic Lights are controlled based on time and power for these
lights is obtained from Solar panel.
SL08
To Design Accurate
Wireless Load
Measuring Meter
For Power Lines
SL09
Wireless motor starter
with
acknowledgement
using solar energy for
agricultural
application
This system is used to give information to formers about power
status and we can control the motor without going to the field with
SMS
SL10
Solar pv cell tracking
system for obtaining
maximum power
output
The project aims at designing a system that would sense and follow
the position of the sun and rotate the panel in the direction of the sun
to obtain maximum power output
SL11 Solar based LED
street light system
with time controlled
and auto dimming
This project is design to reduce the power with present street light
system.

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based on ambient light
SL12 Designing of data
logger of Solar panel
PROJECTS BASED ON APPLICATIONS
AS01 Smart Remote for
controlling electrical
appliance through
android mobile.
With this we can control any electrical appliances with our android
phone, no need of another remote .It is safe and secure also.
AS02 Virtual nurse-
controlling wheel chair
through android mobile
With this the patient can easily control his wheel chair through
simple and smart touching of android mobile
AS07 Smart Home/office
automation through
android mobile.
With this we can control any electrical appliances in home or office
or industry with our android phone, no need of another remote .It is
safe and secure also.
AS09 Smart regulator for
controlling fan speed
through Android
mobile.
With this we can control speed of fan or AC from our android
mobile.
AS10 AC motor speed
controller through
Android mobile.
With this we can control speed of AC motor from our android
mobile
AS11 Advanced street light
controlling system
through smart phone.
In this we can control street light from anywhere through smart
phone.

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AS13 Industry/home/office
automation through
smart phone.
With this project we can control any electrical appliances of office
or home or industry from anywhere by using Smart phone.
AS14 Industrial parameters
monitoring system
through Smartphone
We can monitor different parameters like temperature, voltage, etc
through online using smart phone from anywhere
VP08 Home /office/industry
electrical appliances
controlling by phone
call and confirmation
through voice feedback.
In this we will switch off and switch on any electrical appliances
just by calling to this system and press some buttons using DTMF
technology. This system also sends voice feedback of device status
that is whether device is on or off.
VP12 Substation monitoring
and controlling system
with voice alerts.
This system monitor the different parameters of substation like
voltage, current and temperature and gives respective voice alerts
when something goes abnormal condition and takes necessary
action.
FS01 Standalone data logger
in SD/MMC card with
time stamp for
industrial applications.
In this we will monitor and store different parameters in industry
like temperature, voltage, etc .We will store these parameters values
in SD card along with measured time and date also. The stored data
format will be in .txt file or excel format so that we can go through
entire monthly data using system.
FS05 Advanced embedded
system based a
paperless feedback
system for colleges and
event management
systems
As we know to save our world we have to reduce usage of paper.
This project helps in eliminate papers used in feedback systems. In
this the feedback and suggestions should be entered from key board
and this data will be stored in memory card in a file format using
ARM7 micro controller.
ET01 Industry parameters
monitoring and
controlling system
based on embedded
web server.
In this we will monitor industry parameters like current, voltage,
temperature, etc through online using internet from anywhere in the
world and we can also control electrical appliances from internet.

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ET03 Zigbee and internet
based advanced street
light controlling
system.
With the help of internet and Zigbee technology we can reduce man
power in street light controlling process. We can control street lights
from online itself.
ET05 Internet based
home/office
automation.
With this system we can control any electrical appliances of home
or office from anywhere in the world using internet.
EE01 Wireless Scrutinizer for
Detecting the fault in
Power System.
We take a 230v supply voltage and measure the current in it. Fault
condition is created by using bulbs. We measure the input and
output current of the load using 2 ct's. When the bulb is on we
assume fault is created and it is indicated in another section using rf.
EE02 Wireless load
measuring meter for
power line.
The power in the transmission line is calculated by measuring
voltage, current, power factor, and this is indicated in the display by
sending the data wirelessly.
EE03 Up-to-date Recording
System of Power Line
Losses.
The power loss in the transmission line is calculated by measuring
the voltage drop in the line. The voltage drop is created by using a
resistor and an inductor.
EE04 Underground cable
fault identification.
.
The objective of this project is to determine the distance of
underground cable fault from base station in kilometers
EE05 Two quadrant chopper
drive for DC motor
speed control.
This can be done for small dc motor as well for big (around half hp)
motors also depends upon motor availability.
EE06 Wireless motor starter
with acknowledgement
using solar energy for
agricultural application
This system sends a message to user when power comes an also
sends information whenever power is absent. This system works
with solar energy
EE07 Four quadrant chopper
drive for DC motor
speed control
This can be done for small dc motor as well for big (around half hp)
motors also depends upon motor availability

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EE08 design of closed loop
controlled DC voltage
regulator using full
wave semi- converter
the 230v ac is converted in to dc using SCRs and the output voltage
is measured by the ADC and the firing angle of the SCRs is
controlled by the microcontroller only 2 SCRs and 2 diodes will be
there is converting circuit
EE09 Automatic power factor
correction using
switching capacitors.
The power factor is measured by using zero crossing detectors and it
is corrected by connecting the capacitors using TRIACs or relays.
EE10 Automatic power factor
correction using static
VAR compensators.
is corrected by connecting a single capacitor of larger value using
TRIAC and by controlling the firing angle.
EE11 Design of closed loop
wave converter.
The 230v ac is converted in to dc using SCRs and the output voltage
controlled by the microcontroller only 4 SCRs will be there in
converting circuit.
EE12 Three phase load
protector with
automatic fault
indication using micro
processor.
Whenever a three phase fault is occurred it will be indicated by
using OP-AMPS and by measuring voltages and currents. And the
type of fault is indicated in the display.
EE13 Thyristor based soft
starter.
The advantage of these starters is the starting current can be
controlled to a much lower values than that of the value achieved
with the traditional starters.
EE14 Thyristor based
star/delta starter.
6 bulbs are used to represent the motor. There are connected to form
into 3 pairs with 2 each connected in series. They are connected in
star first then in delta to the three phase supply.
EE15 Unbalanced Three-
phase Optimal Power
Flow for Smart Grids.

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EE16 Maximum Demand
Controller for
Industries.
This system automatically switches off the low priority appliances
whenever maximum load power reached.
EE17 Automatic Switching of
consumer connection in
efficient load
distribution
EE18 Distribution grid
transformers
monitoring using GSM
with forced cooling
control system
The data at the distribution transformer is observed using GSM and
if there is any fault it will on the cooling fans. If the fault is on
current then it will switch off the transformer
EE19 Remote substation
monitoring system
using bidirectional
power line
communication.
With the same 230 v power line we can monitor substation
parameters.
wave converter through
computer.
the 230v ac is converted in to dc using SCR's and the output voltage
controlled by the microcontroller only 2 SCRs and 2 diodes will be
there is converting circuit. The required output voltage is set by
using hyper terminal.
controlled ac voltage
regulator using TRIAC.
Same as the speed control of ac motor but here output voltage is
measured using ADC.
EE22 Transmission line
multiple faults
detection and indication
to electricity board.
Voltage and current faults are detected using differential protection
scheme and the type of the fault is transmitted using RF.

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EE23 Power theft
identification system in
distribution lines using
differential power
measurement.
Current at both the ends of transmission line are measured using
CTs and if there is a difference in those currents it means power was
theft.
EE24 Automatic transformer
shunt and series
parameter calculation
from open circuit and
short circuit test
reading.
The OC and SC test readings of the transformer are given through
keypad and microcontroller will do calculation and give the output
on the LCD.
EE25 Closed loop dc motor
speed control.
In this we will control the speed of dc motor and we also take the
feedback from the motor and correct the speed level to desired level.
EE26 Design of cyclo
controller.
The input supply frequency is about 50 Hz. We can get the
multiples of 50hz using the SCRs. controller will generate pulses for
4 SCRs and the output frequency of the sine wave is controlled.
EE27 Reverse power
protection for
generator.
The phase angle of the current and voltage are measured to measure
whether the power is in reverse direction of not if the power is in
reverse direction then it will switch of the supply.
EE28 Automatic transformer
protection using
numerical relay.
Difference in currents of the two current transformers' will give a
buzzer sound.
EE29 Automatic
sequence corrector.
Whenever the RYB phase sequence is changed it will be corrected
by using relays.
EE30 Design of earth fault
relay.
Whenever there is an internal fault or the earth fault then we can
sense that by measuring the magnitude of the current and this will
give type of the fault.
EE31 Reactive power
compensation using
is corrected by connecting a single capacitor of larger value using

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STACOM. TRIAC and by controlling the firing angle.
EE32 Speed control of
universal motor using
IGBT.
This will be same as the speed control of the ac motor using TRIAC
but only difference is IGBT is used to vary the voltage and we will
control the dc voltage. First we will convert the 230v ac into dc and
then we will control.
EE33 Efficient power saver
for street lights using
LDR, RTC, LEDs light
with solar power
This project saves more power that is being wasted in present street
light switching. In this we will consider time and sunlight intensity
and we use LED lights and solar power
EE34 Agricultural motor
controlling with motor
safety and water level
indicator using GSM.
The former can control his field motor without need of going to his
field just by sending message. This system also provides safety
motor from over heat, low phase power and water level indication.
EE35 Automatic changeover
for 3 phases
connections with data
logger.
EE36 Solar Tracking system
for Maximum power
output with real time
power monitoring
system.
In this the panel will give maximum power by changing its direction
according to sun light direction.
It can be done with two motors arrangement or single motor
arrangement
EE37 Voice guider and
medicine reminder for
patients and old age
persons.
In this the user will be given one remote (IR or RF or ZIGBEE), he
has to press any button to get what service he wants and that is
played from voice IC so that any person can hear it and come to the
user. Another feature of this project is to remind the user for
medicines.
EE38 Broken conductor
detection for overhead
lines.
The broken conductor can be sensed by using the voltage drop in
the line. We will give three switches to indicate broken condition
when the switch is operated it will indicate which switch is operated
in terms of kilometers.

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EE39 Intelligent shopping
trolley using RFID
With this we can save billing time and instantaneously the rate and
expiry date of the product will be displayed so that we can do the
shopping within our budget.
EE40 Elegant home with
power saving, security,
safety, remote
controlling and auto
control of water tank
motor
In this we will provide multi features to home like remote
controlling of home appliances ,auto controlling of lights depends
upon sunlight and auto controlling of water tank motor when tank
is full and alert the user when intruders come or when gas leakage
or fire accident occurs
EE41 Intelligent train engine
to avoid accidents and
controlling railway gate
automatically
In this we will control the train by monitoring the driver’s position
or activeness and the gate will b e controlled automatically when
train is near the gate.
EE42 Design And
Development Of
Prepaid Energy Meter
With Serial Data
Transmission
In this we have one smart card which contains number units
depends upon the amount we will pay. These units will be given to
energy meter system to activate and it will supply power to home
till that units are consumed and we have recharge same card again.
EE43 Protection And Control
Of Low Voltage
Motors Used In
Industrial Applications.
The motor will be protected from over voltage, current, temperature
and ground fault conditions. This system immediately switches off
the motor whenever abnormal condition occurs and intimate to
control room through RF communication.
EE44 Flexible load sharing of
transformer with GSM
SMS
It continuously measure the load current and it shares this
load with another transformer when the load is more and
send an alert through message. The user can also share
directly whenever he wants just by sending message
EE45 Agriculture field motor
control system using
GSM
Motors in the field are controlled with the help of predefined SMS.
EE46 Industrial Electrical
Devices Control
By this project, we can control the devices in the industries by

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System sending predefined SMS to the controlling unit.
EE47 GSM based DC
Motor Speed and
Direction Control
The speed and direction of DC motor can be controlled by sending
predefined SMS to the system
EE48 Cell Phone based
Street Light
Controlling System
with light failure
indication system.
The on and off controls of the street lights can be done using GSM
technology. If any light does not work then that information is sent
as message to electricity department.
EE49 Temperature
Measurement over
GSM Mobile
Temperature sensor is used to measure the temperature in a
particular room and this measured value is sent through GSM to the
user mobile.
EE50 Password protected
GSM based Device
control.
Controlling the devices from remote places only by authorized
persons.
EE51 Fingerprint based
Access Control system
Security is provided in restricted areas using fingerprint technology.
The persons are asked to give their fingerprint and the system
compares this fingerprint with the already stored information in the
system and only allows into if it is an authorized one.
EE52 Finger print based
elevator (lift) operating
system.
Only authorized persons are allowed to access the lift controls.
EE53 Low Cost Wireless
Sensor Network In
Field Operation
Monitoring Of AC
Motor.
The motor will be protected from over voltage, current, temperature
and ground fault conditions. This system immediately switches off
the motor whenever abnormal condition occurs and intimate to
control room through RF communication.
EE54 A Zigbee Smart Energy
Meter Implementation
For Energy Efficient
In This system one control system collects the data from different
meters in the building and we can control the appliances of each
floor through this control system.

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Buildings.
EE55 Development of a smart
power meter for AMI
based Zigbee
communication
Advanced Metering
Infrastructure (AMI).
This will be useful in heavy apartment’s .individual meters data will
be collected and maintained by main system .this main system sends
collated data to electricity board.
EE56 Remote Power On/Off
Control And Current
Measurement For
Home Electric Outlets
Based On A Low-
Power Embedded
Board And Zigbee
Communication
We can control the home appliances through Zigbee remote and this
system will display the power consumed by the loads.
EE57 Remote-Controllable
and Energy-Saving
Room Architecture
Based on Zigbee
Communication.
In this we can control the loads through Zigbee remote or they will
also be controlled automatically to save the power.
EE58 Applications of Short
Range Technologies to
Industrial Automation:
A Zigbee Approach.
Industrial devices are monitored and controlled using Zigbee
Technology.
EE59 System for Measuring
Power Parameters with
Zigbee Connectivity.
This system measures the power from each home and sends to
central system which is useful in apartments.
EE60 Wireless Data
Encryption and
Decryption Using
ZigBee
Which used in security applications

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EE61 ZigBee Based
Automated Irrigation
System.
Using ZigBee this system controls the irrigation system
automatically.
EE62 Bluetooth Robot with
CMOS image
sensor(SPY ROBOT)
We can control this robot through Bluetooth from PC and the video
sent by robot can be seen in TV or PC
EE63 Remote controlled
home automation using
Bluetooth
With this we can control home appliances like lights, fan, motor, etc
through Bluetooth. This is safe and secured.
EE64 Bluetooth based
industrial data
acquisition system
This project measures different parameters in industry like voltage,
current and temperature and transmit this data to PC continuously
through Bluetooth.
EE65 Industrial devices
controlling system
using Bluetooth
With this we can control industry appliances like machines and
motors through Bluetooth. This is safe and secured.
EE66 Intelligent electricity
billing system using
Bluetooth
This system receives the units consumed from various meters and
generates the bill accordingly. This saves the cost, time and
manpower.
EE67 Touch screen based
smart home automation
We can control the home appliance just by smart touch
EE68 Electrical parameters
data logger
In this we will continuously measure and display electrical
parameters like voltage, current, frequency and temperature
EE69 Smart horn for vehicles
with alcohol detection
for drivers
This system reduces the sound pollution that is generated by
unnecessary use of horn. This controls the horn intensity depends
upon vehicle distance and also gives the special sound when object
is detected at back side if vehicle moves backside and this system
only allows for driving if driver does not consume alcohol
EE70 Smart blind stick with
ultra sonic sensor.
This stick gives different sound intensity depends upon the object
distance from person or we can play some voice also depends upon

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distance.
EE71 PIR sensor based power
saver for auditorium
and conference halls.
This project is used to save the power in conference halls and in
auditoriums. When there are no persons in the hall ,then lights and
fans will be switched off automatically
EE72 Intelligent security and
safety system for
colleges and industries
This project detects fire accidents, gas leakages and also alert
through SMS when main door is closed without closing any other
room entrance or if any other door is opened without opening main
door
EE73 An Efficient
Monitoring Of
Substations Using
Microcontroller Based
Monitoring System
using RF
This system monitors the subsystem to provide safety and intimate
to control room through RF
EE74 Wireless Power Grid
Controller
With this we can control the power grid through PC using RF
communication
EE75 RF based industrial
Automation System
The industrial loads like motors, coolers, etc are monitored and
controlled by a RF remote.
EE76 DC motor speed and
direction control using
RF
In this project we can control speed and direction of DC motor
depending on the requirement using RF signals
EE77 Wireless Stepper motor
control using RF
The stepper motor direction can be controlled using RF
communication.
EE78 Power Management
System in Hotels using
PC.
The various appliances in the hotels are controlled by giving
commands from the PC.
EE79 PC based Hi-tech
Home Implementation.
We can control the home appliances just by sitting in front of PC.

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EE80 Industrial
Automation using
PC.
The industrial appliances are controlled by the commands issued
from the PC. The controlling unit receives these commands from the
PC and controls the devices according to the commands.
EE81 Industrial electrical
appliances control
using IR.
To reduce the manpower for controlling the devices we are
implementing this project. Here we will be controlling devices by
using a general TV REMOTE.
EE82 DC motor speed and
direction control using
IR.
A DC motor is controlled using wireless communication. In this
project we can control the speed of the dc motor and its direction.
EE83 Stepper motor control
using IR
The direction of the stepper motor can be controlled using an IR
remote.
EE84 Automatic Room light
controller with visitor
counter using IR.
This project displays the number of persons present in the room and
controls the light according to the intensity of daylight.
EE85 Auditorium Controlling
System
The lights and fans in auditorium are controlled by IR remote.
EE86 Shopping Malls
Security and Power
Management System
using IR
The design of security and the method of consuming the power in
the shopping malls are carried out in this project.
EE87 AC motor speed control
using TRIAC
The speed of AC motor can be varied rapidly on and off by TRIAC.
EE88 Phase Sequence
Indicator and
Controlling System.
The controlling unit continuously whether 3-phase is coming from
the line or not so as to run the motors which run only with 3-phase.
If 3-phase is not coming, the controlling unit automatically shuts
down the system.
EE89 Boiler Monitoring and
Control System.
The temperature is measured and controlled for the industrial
boilers.
EE90 Involuntary Industrial The power management in the industries can be done effectively

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Power Scheduler using
Embedded System.
using this project.
EE91 Power Saver for
Advertisement
Hoardings using RTC.
This system switches on the lights only at preprogrammed timings
using RTC thus saving the power up to the maximum extent.
EE92 Solar Tracker for
acquiring maximum
power.
The project aims at designing a system that would sense and follow
the position of the sun and rotate the panel in the direction of the
sun to obtain maximum power output.
EE93 Water Scheduling
for Municipalities
Water supply to different localities is done on time basis. The
supply will be automatically cut once the time allotted to that
particular locality lapses.
EE94 Electronic Security
System for
Homes/Industries
with auto dialer.
This system provides security to the homes or offices by interfacing
sensors with the controlling units. If anything goes wrong, the
system automatically dials up to the predefined number and also
activates the alert system.
EE95 Energy Saver for
Automatic Room Light
Controller with Visitor
Counter
The system aims at saving the power by switching on/off the light
depending upon the sensor output. It also counts the number of
persons present in the hall and displays this value on the LCD.

IEEE EMBDDED EEE PROJECT LIST

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IEEE EMBDDED EEE PROJECT LIST