This resume summarizes the qualifications and experience of Praveen Kandru. He has a Bachelor's degree in Electrical Engineering with a 63% score. His academic qualifications also include high school and intermediate studies. He has skills in C programming and Arduino. Some of his projects include an automatic car parking system, a GSM-based load switching system, a power plant emergency alerting system, and appliances controlled via RF module or cell phone. He has received awards for his projects and participation in technical competitions. His personal details include his date of birth, address, and languages spoken.

1. : +918143515169 PRAVEEN KANDRU : kandru94@outlook.com
CAREER OBJECTIVE
To grow along with an organisation that upgrades with emerging technology.
ACADAMICS
 Bachelor of Technology (E.E.E.) in Prasad V Potluri Siddhartha Institute of
Technology with 63%
 Intermediate (M.P.C.) in NRI Educational Institutions, Vijayawada with 88%
 Schooling in D.A.V. Public School. Xth
class with 83%
PROGRAMMING SKILLS
 Basics of C language.
 Arduino programming language.
PROJECTS UNDERTAKEN
 ADAVANCED EMBEDDED CAR PARKING SYSTEM
Automatic Car Parking System we display the number of parking slots available
at Character LCD Display (20*4). If parking slots are available, the car owner
needs to enter his own mobile number then the gate opens. Then he gets a
WELCOME message, when he parks the car owner gets the message as CAR
PARKED SUCESSFULLY, when he removes the car owner gets message as
THANK YOU. In the event of any unauthorized person takes off the car, then
also the owner gets the same message and thereby the car owner can gets
alerted.
 GSM BASED SWITCHING LOADS
The need for wireless switching of loads i.e. even in the absence of human being
to ensure switching of loads remotely which may be located at any remote area
is a serious demand. Therefore intended to provide a solution by constructing a
wireless system that has the capability to operate the loads. The project mainly
involves the use of Arduino, GSM module and relays for switching on the loads.
For higher rating appliances proper relays are chosen according to the current
ratings.

2.  POWER PLANT EMERGENCY ALERTING SYSTEM
Normally Power Plants generate megawatts of power and the instantaneous
power is calibrated in 4-20 mA signal. The calibration is done on a linear scaling
means if the power generated is 0MW then the calibrated value is 4mA and
20mA for its maximum power rating. The project what we have done is a
prototype, the 4-20mA signal is converted to voltage as the micro controller
itself cannot measure the current so the current when passed through a resistance
gives the voltage proportional to the current value. When the value of voltage is
less than the preset value the Power Plant operators gets the messages that
POWER GENERATION IS LESS THAN 50MW.
 CONTROL OF ELECTRIC APPLIANCES USING RF MODULE
Wireless switching of loads within the range of 150 meters radially from the
point of location of receiver and is capable of switching 4 loads. Radio
Frequency module consists of transmitter and receiver of which transmitter is
the remote for switching on the loads and receiver at the load side. An encoder
is used for converting parallel inputs into serial output and serial data is given to
transmitter. Whereas receiver gets the data and serial data is decoded by decoder
at the transmitter side and the this serial output from receiver is decoded to
parallel output by decoder and is used for driving the relay, the relay further
drives the higher loads.
 AUTOMATIC WATER LEVEL CONTROLER
Every home has its own water tank, when we switch on the motor the water gets
refilled in the tank after some time the tank gets completely filled and may
overflow. To overcome this problem we implemented this circuit, water tank is
divided into 2 levels i.e. medium, high-level. When the water in the tank is
below medium level the motor automatically starts and turns off after reaching
the high level. Similarly when the water level in the tank falls below the medium
level, motor starts automatically.

3.  CELL PHONE BASED SWITCHING LOADS
This is overcome of RF module switching here we can operate the loads
wirelessly from any remote area where the phone signals are to be needed. This
circuitry needs a mobile at the load end, when the operator calls the mobile
located at load side the mobile will be in auto answering mode, so operator can
press the keypad and this generates a key tone of a particular frequency, the
DTMF decoder compares the frequency and produces the binary output which
can be used to activate the relay, through relay A.C. or D.C. loads can be
operated.
ACHIEVEMENTS
CO -CURRICULAR
1. Winners in “Texas Instruments Analog Maker” conducted by StarCom Information
Technology.
2. Secured 1st
Place in “Model Presentation” as a part of Vishika-2K15, VITW.
3. Secured 1st
Place in “Latest Inventions in Electrical Engineering” as a part of DHANUSH-
2K15, DIET.
4. Secured 1st
Place in “PROJECT EXPO” as a part of AFOSEC-2K15, VRSEC
5. Secured 2nd
Place in “MODEL EXHIBITION” as a part of TECHNOTSAV-2K15, MVR.
6. Secured 2nd
Place in “TECH TRIX” as a part of DHANUSH-2K15, DIET
7. Secured 2nd
Place in “TECH EXPO” as a part of Techno Fest-2K15, PVPSIT.
8. Secured 3rd
Place in “SMART CHALLENGE” as a part of Techno Fest-2K15, PVPSIT.
EXTRA-CURRICULAR
1. Volunteer in “INTELLECTUAL CODING” at National Level Student Techno Fest
(2015) held at PVPSIT.
2. Secured Certificate of Participation & Appreciation in “SWATANTRA BHARAT”,
A ground play, Depicting the 5000 years of Indian History at IGMC Stadium,
Vijayawada.
3. Trained in “NATIONAL CADET & CORPS (NCC)” in the field of Air Force and
Secured ‘A’ Certificate.
PERSONAL TARAITS
Innovative, Adoptable.
PERSONAL PROFILE
 Date of Birth : 31st
October, 1994
 Address : DE-35, C-Colony, Dr.NTTPS,
Ibrahimpatnam, Vijayawada.
Krishna district.
 Languages known : English, Telugu.