Manual Testing, Selenium Tester, Basic Exposure on QTP
Resume:
RESUME
PERSONAL DETAILS
Name : NAVNEETH.S
Contact address : No:38 SPR Homes
Behind Cheran Nagar
Kavundam Palayam
Coimbatore-641030
Mobile : +91-979*******/+91-998*******
Email : *******.**@*****.***
CAREER PROFILE
Having 2+ years of hands on Professional experience in Information Technology, with diversified experience in Testing. Including vast experience in Manual Testing for Windows & Web based Applications and having a Good knowledge on Automation Testing (Selenium, QTP).
PROFESSIONAL SUMMARY:
Extensive experience in Manual Testing of client server applications
Good experience on Functional, GUI Testing, Test Scenarios generation, Test Management tool (Quality Centre)
Experience in Functional Testing, Regression Testing, Compatibility Testing,
User Acceptance Testing
Sound knowledge in Selenium Web Driver, Frameworks, RC.
Worked with Windows based applications on different domains
Experienced in understanding SRS and designing Test Cases
Sound knowledge in STLC and SDLC
Experience in Defect management and Bug Reporting
Good Exposure on Automation testing in Quick Test Professional (QTP)
Basic knowledge on SQL, Oracle
Ability to work Independently & Collaboratively
Excellent communication, presentation and analytical skills
EDUCATION DETAILS:
Graduate in Master of Science (Software Engineering) from Kongu Engineering College-Erode.
CERTIFICATIONS:
Done Certification on Selenium Automation Testing at ADA Lovelace Technologies.
EMPLOYMENT HISTORY:
Worked with Dawn India Pvt. Ltd. Coimbatore as a System Administrator from September 2012 to November 2013
Worked with Advanced Sierra Electrotech Pvt. Ltd. Bangalore as a Software Test Engineer from January 2014 to February 2015.
SKILL DETAILS:
Operating System : Windows XP, Windows 7, Windows 8
Languages : C, C++, Java(Basics), VB(Basics)
Database : MS-Access, SQL Server 2000, Oracle
PROJECT DETAILS:
The details of various assignments that I have handled are listed here.
PROJECT #4:
Title : Testing of MIL1553 PCI Card DDC and IP CORE
Environment : Windows XP and Windows 7
Tools : Visual C++ version(6.0)& (10.0), MFC Application
Team Size : 3
Description:
PCI 1553 id depends on the PCI where the interface is 9030(ie the vendor id for the corresponding device) which converts the PCI BUS multiplex data address to the non-Multiplex data address that will interface the 1553-ipcore. The Flash device used here is SITAL Flash device-64 bit
My Contribution
Understanding the Requirements from SRS.
Performing Functional, GUI and Regression testing.
Performing User Acceptance Testing.
Involved in programming the IC, based on the card requirements
Detecting defects & classifying them based on the severity.
Providing Screenshots to identify the bugs.
Involved in preparing Test cases for assigned modules.
Involved in peer review of test cases.
Executing test cases (Functional and Regression) and generate bug reports .
PROJECT #3:
Project Title : Testing of ARINC 429 Card
Environment : Windows XP and Windows 7
Tools : Visual C++ version(6.0) & (10.0), MFC Application
Team Size : 3
Description:
ARINC429 avionics data bus interface card for the development and maintenance of commercial avionics. Designed to transmit and receive messages up to 24 channels. Each channel is configurable for high or low speed (12.5k or 100k bits per second) and ARINC429 protocol requirements. ARINC429 card can be configured up to four ARINC429 controllers from DDC, each containing 2 Transmit and 4 Receive channels, providing a maximum of 24 channels. Each controller has a 128 x 32 bit static RAM
My Contribution
Understanding the Requirements from SRS.
Performing Functional, GUI and Regression testing.
Performing Sanity and User Acceptance Testing.
Involved in programming the IC, based on the card requirements.
Detecting defects & classifying them based on the severity.
Providing Screenshots to identify the bugs.
Understanding requirements & identify test scenarios.
Involved in preparation of test cases for the assigned module.
Involved in Analysis and Execution of test cases.
Detecting defects & classifying them based on the severity.
Providing Screenshots to identify the bugs.
PROJECT #2:
Project Title : Testing of PMC ARINC 717/1553 Card
Environment : Windows XP and Windows 7
Tools : Visual C++ version(6.0)& (10.0), MFC Application
Team Size : 3
Description:
The PMC-1553/ARINC717 card provides an ideal platform for test & evaluation of avionics systems and sub-systems. The card integrates dual transceivers, dual transformers, protocol engine and 64K words of internal RAM combined into a single BGA package.
The ARINC717 device includes a selectable Harvard Bi-Phase (HBP) or Bi-Polar Return-to-Zero (BPRZ) receive channel and transmit channels with HBP and BPRZ encoders and line drivers. The receive channel has integrated analog line receivers and the transmit channels have integrated line drivers for the corresponding encoding method(HBP and BPRZ). Each transmit and receive channel has a 32-word by 12-bit FIFO for data buffering. The device uses an SPI (Serial Peripheral Interface) for host access to internal registers.
My Contribution
Understanding the Requirements from SRS.
Performing Functional, GUI and Regression testing.
Performing Sanity and User Acceptance Testing.
Involved in programming the IC, based on the card requirements
Detecting defects & classifying them based on the severity.
Providing Screenshots to identify the bugs.
Understanding requirements & identify test scenarios
Involved in design of test cases for the modules assigned
Analysing and Executing test cases
Detecting defects & classifying them based on the severity
Providing Screenshots to identify the bugs
PROJECT #1:
Project Title : Testing of USB MPAC Card
Environment : Windows XP and Windows 7
Tools : Visual C++ version(6.0) & (10.0), MFC Application
Team Size : 3
Description:
The USB-1553 module is a small, portable, USB device that provides new levels of performance & flexibility for systems interfacing to a MIL-STD-1553 data bus. There are up to two dual redundant MIL-STD-1553 channels operating in BC, RT, MT & RT/MT modes.
The MIL-STD-1553 CHANNELS can emulate as a Bus Controller (BC), a Remote Terminal (RT) or a Bus Monitor (MT). Standard features include 64KB of RAM per 1553 channel, transformer & direct coupling, triggers, extensive BC & RT frame structures, RT Status Bit & Mode Code responses, along with BC functionality. The Bus Monitor Mode provides for Selective Message Monitoring & Combined RT/Message Monitor Mode which allows the device to run in both modes of operation at the same time on the bus.
My Contribution
Understanding the Requirements from SRS.
Performing Functional, GUI and Regression testing.
Performing Sanity and User Acceptance Testing.
Involved in programming the IC, based on the card requirements
Detecting defects & classifying them based on the severity.
Providing Screenshots to identify the bugs.
(NAVNEETH.S)
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