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[QUOTE=Guest-IJT;124165][B]Shaik Mohammed Imran Email [/B]: s.imran2441 AT gmail.com 
 
[B]Objective [/B]:
To acquire a challenging and responsible position in a competitive IT  field where my knowledge, ability and personal skills will be  effectively utilized.
[B]Summary [/B]:
§ B.Tech in Electronics and Communication Engineering from TRR Engineering college (2010)
§ Undergone 6 months training on Testing Tools - Real time Project from LiveTech, Hyderabad.
§ Skilled in understanding Software Requirement Specification and identifying the required Test Scenarios.
§ Professional Software Experience in which includes Effective Test Case Designing and Test Case Preparing.
§ Experience in executing Test Cases to test the application functionality against the requirements manually.
§ Experience in testing the Functionality, Compatibility, Database and Regression testing.
§ Defect Reporting and Tracking using Automation Tool Bugzilla 3.2, Track+ 3.7 and QC 9.2.
§ Good Knowledge on automation tool QTP 10.0.
§ Good interpersonal skills, committed, result oriented, hard working with a quest and zeal to learn new technologies.
[B]Educational Qualification [/B]:
§ B.Tech in Electronics and Communication Engineering from TRR Engineering college (2010) with 57.68%
§ Intermediate from Goutami Junior college passed in Apr 2006 with 52%.
[B]Skills Profile [/B]:
[B]Testing Tools  [/B]: QTP 10.0
[B]Configuration Tools  [/B]: MS VSS 6.0
[B]Defect Reporting  [/B]: Bugzilla, Track+ 3.7 and QC 9.2 
[B]Operating Systems  [/B]: Windows 2000 and Windows XP
[B]Scripting  [/B]: VB Script 
[B]Language  [/B]: C and Core Java 
Project Experience AT LiveTech
1) WBMS Nov 2010 – Apr 2011
[B]Client [/B]: LiveTech
[B]Description [/B]: 
This application is mainly aimed to handle the details like Agents  information's, policy information, claims information and holder’s  information. This application helps the diff users to maintain the  different department details, and it generates multiple reports based on  diff conditions. 
The system creates a web based manufacturing system that enables a  manufacturing industry to schedule it’s manufacturing operations based  on the daily updates of sales from its dealers.
The system is modeled to be used by a manufacturing company,whose main  activity is manufacturing different products and then selling the  finished goods through a network of dealers.
[B]Responsibilities [/B]: 
§ Understanding the Requirements and Functional Specifications of the Project.
§ Identified Test Scenarios required for testing. 
§ Participated in designing the Test cases. 
§ Prepared and Executed Test Cases as per System Requirements.
§ Performed various black box testing Methodologies like Functional testing, Usability Testing and Regression testing.
§ Defect Reporting and Tracking using Bugzilla 3.2 and Track+ 3.7.
§ QTP 10.0 was used to generate automated test scripts for functionality.
§ Created and Implemented Key-word Driven framework.
§ Extensively performed Manual Testing process to ensure the quality of the software.
[B]Environment [/B]: 
Java, JSP, Servlets, Tomcat 6.0, Oracle 10g, IE 7.0/8.0, Firefox 3.4/3.6,QTP 10.0, Bugzilla 3.2, Track+ 3.7 and Windows XP.
[B]2) Academic Project Work [/B]:
[B]Title [/B]: Implementation of a Multi-channel UART Controller Based on FIFO Technique and FPGA:
[B]Description [/B]:
To meet modern complex control systems communication demands, the paper  presents a multi-channel UART controller based on FIFO(First In First  Out) technique and FPGA(Field Programmable Gate Array). The paper  presents design method of asynchronous FIFO and structure of the  controller. This controller is designed with FIFO circuit block and UART  (Universal Asynchronous Receiver Transmitter) circuit block within FPGA  to implement communication in modern complex control systems quickly  and effectively. Form the communication sequence diagrams, it is easily  to know that this controller can be used to implement communication when  master equipment and slaver equipment are set at different Baud Rate.  It also can be used to reduce synchronization error between sub-systems  in a system with several sub-systems. The controller is reconfigurable  and scalable.
[B]Role [/B]:
I was involved in designing and on implementing one of the logics.[/QUOTE]

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