Assistant Electrical Engineering

Venkata Dhana Lakshmi Adabala

***** *********, *** #***, **: 931-***-****

Farmington, MI 48335 Email: acx0r5@r.postjobfree.com

Objective

Seeking an opportunity in a firm with a professional work driven environment where I can utilize and apply my knowledge, skills which would enable me as a fresh graduate to grow while fulfilling organizational goals.

Education:

Master of Science in Electrical Engineering

GPA - 3.58, Texas A&M University, Kingsville, TX December,2013

Bachelor of Science in Electronics & Communications Engineering

GPA - 3.8, Jawaharlal Nehru Technological University, Hyderabad, India May, 2011

Experience

WebSphere Administrator, First Data Corporation, Omaha, NE July 2014 – Aug’15

Project: Rules Management

Rules platform has been built on the philosophy that traditional legacy code, which performs complex business logic, should be turned into data driven rules executed by a highly tuned engine. The infrastructure permits clients to construct customized business logic without IT involvement and improve time to market of implementation of business policy. All business logic is proprietary for each client, allowing the client to create unique products to compete in the marketplace. It supports high volume batch processing and real-time transactional processing.

Responsibilities:

Involved in installation and configuration of RAD9 and WAS 7.0/8.5.5 on Windows.

Imported the legacy code from CA Harvest Workbench to RAD9.

Configured virtual hosts, data sources, JDBC providers, JNDI, JMS providers and connection factory settings for connecting to resources on WAS 7.0/8.5.5.

Deployed EAR applications in clustered environment.

Involved in configuration of WAS resources like JDBC data sources, JDBC providers to connect to DB2 database to retrieve data.

Migrated the application from WAS 7 to WAS 8.5.5.

Involved in building and deploying several server instances of the application on the admin console.

Applied fix packs for WAS and RAD.

Worked with development teams in resolving issues such as out of memory, node agent not active, server down, etc.

Updated the legacy architecture diagrams with the new servers.

Deployed the application using the AutoCM tool for DEV, QA, CAT and PROD.

Working closely with “Security” team to resolve “Firewall” configuration issues.

Involved with testing and security teams and provided them with the necessary information required.

Involved in updating the legacy reports to the current version of the application.

Involved in writing a report on Local environment setup of the application completely.

Created a Run Book documentation for the respective application.

Involved in fixing day-to-day problems of the application in production.

Environment: JDK 1.6, JavaScript, JAX-RS( Rest Web services), EJB 2.1, JDBC, WAS 7.0, WAS 8.5.5, RAD 9, Maven, UNIX, WinSCP, Putty, AutoCM, DB2 database, IBM WebSphere Application Server.

Graduate Research Assistant - Texas A&M University, Kingsville, TX Nov 2012 - Dec 2013

Worked on HSC12 Microcontroller system on-board and programming aspects using CodeWarrior IDE to develop a prototype for performing series of experiments focusing on DSP and Control Systems domain using MATLAB to analyze the fundamental concepts in digital signal processing

-Design and Implementation of a simple digital ammeter and featuring external I-V conversion circuitry

-Implementation of PID - controller for closed loop speed control of dc motor under no load/load conditions

-Design of an onboard automatic test module for determination of Step Response of a dc motor and motor constant parameters

-Implementation of a simple DSP system with user-friendly interface for sampling, digitizing, signal processing with digital filters and reconstruction

Graduate Teaching Assistant - Texas A&M University, Kingsville, TX Jan 2012 – Apr 2013

Worked as Teaching Assistant for DSP and assisted students in course projects and labs sessions

Graduate Research Project – Texas A&M University, Kingsville, TX May 2013 - Dec 2013

Power-Constrained Contrast Enhancement for Emissive Displays based on Histogram Equalization

-Proposed a PCCE algorithm to reduce power consumption significantly while improving image contrast and perceptual quality using a Histogram Equalization

-Developed a LHM method to reduce the over stretching artifacts faced in the conventional HE technique

-Designed a power -consumption model where an objective function containing HE term and power term is formulated

-Used convex optimization theory to minimize the objective function and achieved contrast enhancement and power saving simultaneously

-Extended the current algorithm to enhance the video sequences

-Used MATLAB for implementation of HE, HM, LHM & PCCE

Academic Projects:

Radix-4 Ling Adder – Texas A&M University, Kingsville, TX Feb 2013 - Apr 2013

-Designed a Radix-4 Ling Adder with the help of MAGIC VLSI layout tools by using the Cygwin EAD tools

-Used SPICE software for execution and analysis of the output of the particular gate and then the total circuit

Path Planning System for a Mobile Robot using SOM – Texas A&M University, Kingsville, TX Jan 2012 - May 2012

-Introduced navigation and position estimation algorithm based on SOM

-SOM, an effective method to extract the principle features from many parameters and decrease dimensions of parameters

-Monitored system efficiency through the collision avoidance and position estimation experiment

-Used ultrasonic range sensors and magnetic field data to experiment this system

-Developed optimal path using MATLAB/SIMULINK software

Survey of Multicast Routing Protocol and Security Issues in Ad-hoc networks Jan 2012 - May 2012

-Conducted a survey of multicast routing protocols designed for MANETs and security problems. Also, proposed mechanisms to secure protocols and applications as in MANETs, security is difficult to achieve because of the vulnerability of wireless links, limited physical protection of nodes, dynamically changing topology, absence of certification authority, lack of centralized monitoring or management point.

Multi-functional Elevator - JNTU, India Jan 2011 - May 2011

-Developed hardware prototype is developed and software to simulate the Multi-Functional Elevator system

-Used 89C51 Microcontroller as control system of the elevator

-Push buttons and limit switches are installed to identify the elevator position constantly

-Used solar panels as a power source to operate the microcontroller system

-Used DC motors (3) to drive the entire machine to meet the task specifications

Technical Skills

Hardware: VHDL, VLSI, MATLAB, Cygwin, ModelSim, Simulink, Quartus II, Magic, SystemC. Keil Software.

Software: C, C++, C#, Java, Unit Testing, HTML, CSS, PL/SQL, Eclipse, MS Office, Windows, Mac, IBM WebSphere Application Server, LINUX, UNIX.

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