PALLAVI KUNTUMALLA
Email: ac4dcj@r.postjobfree.com, Mobile: 331-***-****
PROFESSIONAL SUMMARY
Electrical Engineering with 3+ years of hands on research experience in design and test of power electronics systems, embedded systems, MATLAB and Simulink modeling and C programing for automotive applications
Comfortable in performing Manual test. Both testing new features and regression
Strong conceptual and hands on experience in vehicle data communication protocols CAN and LIN
Hands on experience with Multimeter (Digital and Analog)
Knowledgeable of vehicle emissions control systems, engine calibrations, and powertrains
Understanding of J1939, CAN messages and ECU systems
Extensive knowledge of digital filter design, digital communication systems, and network systems
Familiar with various design methodologies like Waterfall and Agile Software Development, Test Driven Development and Continuous Integration
Familiarity with automated design software namely AutoCAD, Adobe acrobat
Have Experience in Crimping and soldering, 8-32 bit microcontrollers
Hands-on experience in application engineering for electronic components focusing on functional integration, parts release, troubleshooting of functional issues and leveraging oscilloscopes and vector CAN tools
Specialties: Circuits and Electrical systems, FPGA, Certified in CISCO Networking Academy, Robotics certification
EDUCATION
Lawrence Technological University, USA Graduated May 2017
Masters of Science in Electrical and Computer Engineering, GPA: 3.7
Jawaharlal Nehru Technological University, India Graduated May 2015
Bachelors of Science in Electronics and Communication Engineering, GPA: 3.4
TECHNICAL SKILLS
Programming Languages: Python, C, C++, Embedded C, SQL
Operating Systems: Windows XP, 7, 8 and 10, Mac OS X
Software Tools: MATLAB, Verilog, Simulink, Xilinx
Scripting Languages: HTML, Java Script, XML, JIRA
Protocols: CAN, LIN
PROFESSIONAL EXPERIENCE
Student Assistant, Lawrence Technological University (LTU), Southfield, MI Oct 2016-May2017
Organized necessary documentation for Electrical and Computer Engineering program accreditation by creating database for student grades for each subject using Microsoft Excel
Worked as a research assistant toward a thesis research project
Testing filter designs and quantitative analysis of results with report writing
Electrical and Computer Engineering program accreditation and its Database Management
Coordinated with Professors for student grading and course management
Provided timely updates to professors to avoid any ambiguity
Project Management Engineer (Intern), Detroit PAL, Detroit, MI. Oct 2016- Dec 2016
Worked on Data Analysis for Evaluation and Reporting, Project Management for Evaluation, Data Entry and developing processes for Quality Control of Data entry
Worked collaboratively with internal and external teams to ensure successful project outcomes
Combine technical and analytical aptitudes with problem-solving strengths to drive projects to on-time, on-budget and high quality completion
Worked across Engineering, Finance, Customer, and manufacturing organizations to improve product reliability, reduce board repair time, and minimize waste
Develop and initiate more efficient data collection procedures
Performed daily data queries and prepared reports on daily basis
Intern, Study of CNC Machine, BHEL, India May 2014- April 2015
Responsibilities:
Responsible for training functions as required
Developed analytical problems-solving skills in order to solve difficulties which arise on the production floor
Implemented correct types of cutters for composite applications
Performed follow up operations such as debarring, polishing and grinding
Communicated with programming and engineering on improving part quality and rum-time improvements.
Ensured all CNC machines were properly lubricated before each process initiation
Assisted with process development and improvement
Measured proper coolant levels to keep machines operating
Verified machine settings and programmed control data for accuracy
PROJECTS
Lawrence Technological University, Southfield, MI
Life Assisting Smart Hub Aug 2016- Dec-2016
The intended goal of this project was to create a hub that can operate a light, door lock, and garage door
The resources used were Raspberry Pi 3 Model, ATmega328P Microprocessor, HC-06 Bluetooth Transceiver Module, and Futaba S3003 Servo
Jawaharlal Nehru Technological University, Hyderabad, India
Futuristic e-ticket booking system for prearranged railway trip Jan 2015- May 2015
Indian Railways, becoming one of the largest networks in the world. Because of its convenience most of the people are using the railway transportation
In this project work, we are introducing a train ticket booking machine. If anyone wants to book a ticket, then they have to enter their source destination and make the payment. A confirmation short message will be send to them
The complete system is based on ARM processor and wireless communication. The users have to enter the source and destination in the graphical window
In future, this Train Ticket booking machine should have to be placed in every town and villages like an ATM machine
Jawaharlal Nehru Technological University, Hyderabad, India
Obstacle Avoiding Robot Jan 2014- May 2014
A walking robot that achieved the stated objectives has been developed
Developed the robot with a very good intelligence which is easily capable to sense the obstacle and by processing the signal coming from the sensor it is perfectly avoiding the obstacle coming in between the path
Developed sensors to sense the obstacle on left and right side and circuit board which contains Atmel 89C2051 and the motor driver for the development of the board
Jawaharlal Nehru Technological University, Hyderabad, India
Global system mobile communication based Electronic-notice board May 2012 - Oct 2012
Ministry Of Micro Small and Medium Enterprise
Developed a Printed Circuit Board (PCB) through soldering the connections on it
Calibrated the specifications of uplink and downlink frequencies along with the type of modulation being used
Developed and flashed the program generated using Embedded C on to an 8-bit microcontroller Atmega8 for the development of the board