Project Engineering

PROFESSIONAL SUMMARY AND OBJECTIVE

Detail-oriented Masters Student with a firm understanding of engineering principles, seeking a position of Electronics validation Engineer proven strong technical abilities using variety of software and equipment. Confident working in team and ensuring projects are completed efficiently.

EDUCATION

Wayne State University, Detroit, MI Graduation Expected: August 2017

Major: Master’s in Electrical and Electronics Engineering GPA: 3.67

University of Pune, Pune, Maharashtra State, India Graduated: July 2014

Major: Bachelors in Electronics and Communication Engineering GPA: 3.57 (First class Distinction)

Government Polytechnic Amravati an Autonomous Institute Graduated: July 2011

Major: Diploma in Electronics and Communication Engineering GPA: 3.85 (First Honors Division)

RELEVANT COURSEWORK

Embedded Systems, Digital Logic Design, Microcontrollers and Applications, Microprocessors and its Interfaces, Smart Sensors Technology-2, Modeling and Control of Power Electronic and Electric Vehicle Powertrains, Solid State Electronics, Network Analysis and Theory, Control Systems, Micro-Electro-Mechanical Systems, Signals and Systems, Electromagnetics Theory, VLSI Design and Technology, Industrial Management.

PROJECTS

Masters Projects: Wayne State University

1.Accident detection and messaging system. Detection of a Car accident and reporting the same to the Emergency contact numbers. Completed April 2016

Searched for the data necessary for the project such as Components and their values by referring the respective datasheets and Selected most appropriate ones as per the requirement.

Prepared the embedded C code for the project according to the hardware specifications.

Presented a project report along with two project mates.

Significant components: PIC Microcontroller (PIC16F876A), GSM Module, GPS Receiver Module, Vibration Sensors.

2. Frequency Tunable Antenna using RF MEMS (Micro-Electromechanical Systems) Technology.

Completed April 2016

• Designed an RF MEMS sensor antenna in order to tune multiple frequencies.

• Attended a Lab work in order to manufacture this sensor.

• Determined the dimensions of the sensor which is frequency tunable antenna such as the length and width of various layers during the fabrication process in the Lab.

3.Modelling, design and Control of Power Electronic Converter. Completed November 2015

Designed a Power Electronic Converter in which performed modeling and control activities mathematically and implemented using MATLAB-Simulink.

Documented a project report in Microsoft word.

Bachelor Of Engineering Projects: University of Pune Completed July 2014

1. Gesture based Device control: Controlling the Electrical Devices through Gestures created using hand and fingers.

Led a team of 3 members and prepared the entire hardware part for the project.

Significant components Used: AVR controller (ATmega328P), Flex sensors, RF434 Module for Wireless communication.

2. Controlling Robot movement using Wrist motion. Completed June 2013

Performed the coding part for the project.

Presented a report on project along with the other two teammates.

Significant Components Used: Microcontroller AT89S52, Accelerometer, RF434 Module, DC Motors.

Diploma Project: Government Polytechnic Amravati Completed June 2011

SMS Based Device Automation: Turning the Household Devices ON and OFF from Remote distance.

Prepared the Embedded C code, also drafted and presented a report using Word and PowerPoint.

Components: Microcontroller AT89S52, GSM Modem, Two mobile phones.

TECHNICAL SKILLS

Software and programming: MATLAB-Simulink, MPLAB, Vector CANalyzer, CANoe, LabVIEW, Xilinx, Eagle and Altium PCB design tools, Proteus Professional, Assembly Language, Embedded C Programming.

Computer Languages: C, Python.

Computer Skills: Microsoft Office - Word, PowerPoint, Excel.

Equipment: DSO (Oscilloscope), Function generators, voltmeter, Ammeter, multimeter, component testers, IC tester.

PRESENTATIONS AND SEMINARS

IEEE event, Organizer.

Organized a Technical Event ‘Excelsior’ in the University while pursuing bachelors.

Won runner up prize for National level paper on Embedded systems Real and Non real time.

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