PRATIK KUMAR LinkedIn: https://www.linkedin.com/in/pratik-kumar-9603a9112

E-mail: acy0if@r.postjobfree.com Phone: 269-***-****

OBJECTIVE

To obtain a position in a prestigious organization as an Embedded Systems Engineer/Software Testing Engineer in the field of design/testing where my skills are utilized to the fullest and organizational goals are met in the process.

EDUCATION

Master of Science in Electrical and Computer Engineering Grad Year: Apr 2017

Western Michigan University, USA Current GPA: 3.89/4.00

Bachelor’s in Electronics and Electrical Engineering Graduated: May 2014

Sreenidhi Institute of Science and Technology, JNTU, Hyderabad, IND. GPA: 3.5

TECHNICAL SKILL SET

Programming languages: C, C++, Java, Python, Assembly language 8051 and VHDL.

Protocols: SPI, CAN tools Vector Tools CANoe, CANalyzer, UART (RS 232), I2C, ISO 26262, LIN.

Software tools: MATLAB, Simulink, Mentor Graphics, IAR Embedded workbench, Atmel Studio, Xilinx ISE, ANSYS.

Operating Systems: Windows, Linux.

Hardware: AT89C51, Arduino, STM32F407VG, FPGA.

Simulators: ModelSIM, ELDO, ZELGA.

WORKING EXPERIENCE

1.)Western Michigan University: Jan 2017-Apr 2017

Worked as a Grader for Microcontroller Application. Graded Homework’s and Exam Papers.

2.)Cognizant Technology Solutions: July 2014-June 2015

Worked as a Programmer Analyst Trainee

Trained in EAS cloud domain and various enterprise applications (Cloud Solutions: Success Factor, Workday)

Gained hands on experience of C, C++, Java and SQL.

3.)Krest Technologies: Feb 2014-May 2014

Design of 8051 Microcontroller based Digital Input Module Objective Stability Analysis of Voltage and Frequency Controlled Closed Loop Induction Motor Drive System.

Here the speed was controlled using the keypad where the frequency is controlled this using 2051 Microcontroller and varied with help of voltage level maintained and the speed was sensed and displayed on 16x2 LCD display.

Keil compiler was used for the design and debug of embedded C program into the controller and DFMEA was conducted.

ACADEMIC PROJECTS

1.)Bio-Signals based on road stress Monitoring for Automotive Drivers (HMI): Sep 2016-Dec2016

Developed and designed a hardware module using Pulse oximeter MAX30100 and Galvanic Skin Response GSRV1.2.

Pulse Oximeter was used to determine the percentage of Oxygen in the blood flow and GSR was used to get the Skin responses of a person for detecting the emotional or mental stress

All the hardware & software was interfaced with Arduino and data was shown on the serial Monitor.

2.)Automated Car Parking System: Feb 2016 – Apr 2016

IPS is an advanced automatic driving system that consists of guidance which assists drivers while parking.

The sensor and image mechanism uses rearview camera and an ultrasonic sensor for detection

Application of brakes in case of any obstruction which is a feature of ADAS.

The system was designed, implemented and tested on MATLAB.

3.)Prototype Conveyor Belt System Implementation: Feb 2016-Apr 2016

Designed a hardware prototype using a DC Motor interfaced with ARM cortex M4 based STM32f407VG Microcontroller.

Speed of DC motor is controlled using PWM signal which is generated using Timers and different duty cycles varies speed.

CANalyzer and CANoe bus is interfaced to transmit Ultrasonic Ping sensor data and displayed on Graphic LCD which is programmed using SPI.

All the firmware and software were developed using C and IAR Embedded Workbench IDE.

4.)Logic Unit (RALU) in Static CMOS Technology: Sep 2015- Nov 2015

A Dual 4X4 Register Arithmetic/ Logic Unit (RALU) using P-N transistor level schematic was designed using Mentor Graphics.

The DRC and LVS were successfully seen without any errors and warnings.0

The designed circuit verification was done using Eldo and Zelga. Timing Analysis was performed.

A concise IC Layout of the module was developed and demonstrated using IC station.

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