PRANITHA DOPPALAPUDI

216-***-****--- email:acvwjr@r.postjobfree.com

Objective:

Highly motivated, fast learning Engineer seeking a position in a company where my experience will be further developed and utilized

Work Experience:

Kalmar (Los Angeles Port Automation – Trapac) Oct 2015 – Present

Automation Engineer

Create layouts and configurations for every module of the onsite Crane and Straddle Automation.

Testing in Emulation environment and roll out the configurations to production.

Support in customer environment including handling cases and providing fixes to problems until resolution and closure of cases

Through analysis of logs to determine the root cause of the issues.

Coordinate with various parts of site and Kalmar organization to complete tasks and on-site release installations

Create and generate test scripts using Python for analyzing and testing various scenarios in emulation

Support on customer site by verifying, reproducing and isolating bugs or faults in a timely manner

Understanding causes of problems, fault diagnosis and rectification

Member of the project organization to provide regular status updates and reports to line manager

Proactively raise issues that require further assistance to resolve, to ensure timely completion

Share expertise with other project team members and provide coaching as required

Nippon Seiki International, Ltd. Feb 2013 – Oct 2015

Systems Engineer - Project Lead (General Motor Vehicles)

Develop and maintain System functional specifications from customer requirements for Instrument Clusters

Plan, create and maintain all software development schedules to meet customer and manufacturing milestones

Validate embedded software functionality according to specifications and customer requirements by analyzing CAN data and I2C logs, monitoring MOST communication and report/track SW issues

Facilitate meetings with teams worldwide to root cause issues and gather new requirements

Create and maintain software open issue lists and conduct weekly meetings with the customer to support and prioritize issue resolution

Coordinate with Hardware, Mechanical and Software teams to gather requirements and plan project milestones

Lead assigned projects and ensure that the systems team meets its required deadlines

Track and report all software issues to the software design team for corrective action

Create functional test specifications to document testing performed on software

Provide technical and field support to General Motors North America, Europe and China to root cause issues

Mentor and provide guidance to new systems engineers

Magneti Marelli Mar 2012 – Dec2012

Software Engineer Jr.

Designed, implemented and integrated Embedded SW for Instrument Panel Clusters for hybrid electric vehicles

Model based designing using Matlab Stateflow and Altia Design and auto generate C code

Testing and validation of the customer requirements in the framework of embedded systems

Technical Skills/Languages:

SVN, SharePoint, Microsoft Office, DOORS, Redmine, CANalyzer, MATLAB/Simulink/Stateflow, MOST, I2C, Cubesuite, Altia Design, Multi SIM, Visual Studio, C, C++, VBA, Assembly, Python, Salesforce, Confulence, Jira, Kalmar Automation Tools, Linux, Ubuntu

Education:

Michigan Technological University (MTU), Houghton, Michigan Aug 2010 - Dec2012

Master of Science (MS), Electrical Engineering, GPA: 3.53

Jawaharlal Nehru Technological University (JNTU), Andhra Pradesh, India Aug 2006 - Apr 2010

Bachelor of Technology (B.Tech), Electronics and Communication Engineering, GPA: 3.60

Michigan Technological University Jan 2011 –Mar 2012

Teaching Assistant - Department of Electrical Engineering,

Presented short lectures on basic electrical concepts and conduct office hours

Graded HWs and exams for ‘Electric Circuits’, ‘Probability&Signal Analysis’ and ‘Electro Magnetics’course

Academic Projects:

Developed an embedded control system for hybrid vehicle system using MATLAB Stateflow model-based system design approach.

Implemented the I-Guide using path planning algorithms with obstacle avoidance along with landmark detections.

Designed a sensor circuit for a 4WD line mapping robot using MSP430 microcontroller.

Designed a Vehicle Control System and conducted feasibility study. The unreliability of the subsystems was calculated using Stochastic Petri Net Package and tested using Generalized Stochastic Petri Nets.

Designed a security system with a temperature sensor circuit to detect fire, wall breakers to detect intrusion, and a pair of IR emitter and detector to check for theft. All the sensor outputs are given to the 8051 microcontroller which is programmed to automatically dial a mobile in case of an emergency.

Designed a Zigbee based self-healing WSN to switch on/off the appliances at distant places using 8051 microcontroller.Testing and programming of zigbee was done using XCTU.

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