C, C++, Embedded C

SAICHARAN TENEPALLI

S/O T.LOKANADHA REDDY

Addr : Sri Lakshmi PG, 2nd main,

B cross, Munnekolala,

Mob.No : +91-994*******

Marathahalli-560037

E-mail Id :

******************@*****.***

Bangalore, Karnataka.

CAREER OBJECTIVE:

To work in a professional environment where I can contribute myself and enrich my skills according to the latest technologies and to work towards achieving the organizational goals. EDUCATIONAL QUALIFICATION:

Course of Specialization Name of Address of University Year of Percentage Study University Completion

B.Tech ECE JNTUA JNTUA, 2016 69.19

Anantapur – 515002, AP,

India.

Diploma ECE SBTET SBTET, Hyderabad- 500 2013 75.66 063, AP, India

SSC BSEAP Z.P.High School, Chittoor, 2010 85.16

AP - 517001

CERTIFICATION :

• Advanced Course in Embedded Systems at Vector India Institute, Bangalore.

• Year : June 2016 – December 2016.

TECHNICAL AND COMPUTER SKILLS:

Programming Language C, C++, Embedded C, Assembly level language Operating System Windows 8, Linux(Ubuntu) 14.04LTS Microcontrollers 8051(AT89S52), ARM7(LPC2148)

Communication Protocols SPI, I2C, UART, CAN with CANoe Tool Other IoT(Internet of Things)

TRAINING:

• 6 months of Industrial Training at National Atmospheric Research Laboratory(NARL), Dept. of Space, Govt. of India from DEC-2012 to MAY-2013. ACADEMIC PROJECT :

PROJECT 1 : IoT BASED VEHICLE ANTI-THEFT TRACKING SYSTEM Role & Responsibility's : Acted as Project Leader to team during board bring-up activities, Individual contribution for Interfacing LCD and GPS module with Microcontroller. Tools : Embedded C, ARM7(LPC2148) Microcontroller, Keil Software.

Project description :

In this project we used ARM7(Advance RISC Machine) microcontroller along with peripherals GSM, GPS, LCD and Relay. Here GPS module to track the position of vehicle, ARM7 uses GPS values and which will be shared to registered mobile via GSM module to notify user. In situation user has option to STOP to vehicle by triggering SMS to vehicle ECU from registered mobile. The IOT(Internet Of Things) is used to communicate with device. And the GPS values are stored in GPS website when ever vehicle is in ON state.

PROJECT2 : HF ARRAY RADAR AT NARL.

Responsibility’s : Testing and Aliening the Antennas. Tools : Yagi-Uda Antennas, Splitters and Site Master. Project description :

In this project we used Yagi-Uda antennas as HF(High Frequency) array. The array having 160(8X20 Matrix) antennas. All antennas connected with splitters. This project working frequency is 30MHz and bandwidth is 1.5MHz.

The radar has the beam steering capability to scan a larger part of the sky up to 45o in East- West direction. The antennas controlled by TR(Transmit-Receive) control block. It contains Transmitters and Receivers for transmitting and receiving the signal from antennas. TR modules in transmit mode by using 1:5 and 1:4 power dividers through T/R switches. In receive mode, the received signals from each TR module are combined and given back to the receiver Backend Unit.

OWN PROJECT :

PROJECT NAME : Automated Toll Plaza Using RFID.

Responsibility’s : Individual ownership taken for this project. Tools : Embedded C, 8051(AT89S52) Microcontroller, Keil Software. Project description :

In this project the 8051 microcontroller with peripherals are RFID (Radio Frequency Identification) reader, RTC(Real Time Clock), DC motor, IR(Infra Red) sensor and LCD used. The RFID receiver is Active and the RFID tags are passive. As soon as the tag comes in the range of the receiver, the unique code from the tag is identified by the receiver and same will be communicated to microcontroller. The Microcontroller will matches the unique code to the Central Database and checks if the owner of the tag is in good standing with respect to the balance in his account. Stipulated price of the toll will be deducted from his account. And displays balance on LCD. The RTC (DS1307) interfaced to microcontroller using I2C. The microcontroller can read data from RTC and displays on LCD.

To control the toll gate, here DC motor is used. The IR sensor mechanism is used to close the toll gate when vehicle crosses the sensor.

ACHIEVEMENTS:

• Got District Second prize in mini project on How to Avoid Railway Accidents in school level.

• Got First prize in college cricket tournament.

STRENGTHS:

• Flexibility and Adaptability to work in any environment.

• Willingness to accept any challenge irrespective of its complexity.

• Good team player and positive attitude.

HOBBIES:

• Watching TV.

• Playing Cricket.

• Web surfing.

PERSONAL PARTICULARS:

• Date of Birth : 15-April-1995.

• Gender : Male

• Marital status : Single.

• Languages known : English, Telugu.

DECLERATION:

I hereby declare that the information given above is true to the best of my knowledge and belief. Date:

Place:

(T.SAICHARAN)

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