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Web Developer

Location:
Lafayette, LA
Posted:
August 19, 2014

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Resume:

SOWMYA CHANDRAPATI

*** ********** ***, *** *********, CA-94132 Mobile: 404-***-**** *****************@*****.***

h ttp://www.linkedin.com/in/sowmyachandrapati

E ducation:

University Of Louisiana- Lafayette, Masters in computer Science Dec 2014 3.4

Bachelor of Technology - Jawaharlal Nehru Technological University May 2007 3.6

Technical Skills:

Programming and scripting languages: C, core JAVA, Python, Perl scripting, Shell scripting, HTML

Operating systems: W indows, UNIX, AIX

Database Management: MySQL, Oracle

Tools: Dreamweaver, Autosys

Courses: Computer Networking, Advanced Operating Systems, Design & Analysis of Algorithms, Advanced

Networking, Mobile devices and Applications.

Work Experience:

Graduate Assistant at career services, University of Louisiana J anuary 2013- December 2013

Web application developer

• Development and maintenance of Career Services home page at University of Louisiana at Lafayette.

• H TM L5 / CSS a t the front end and M ySql as database for integration with university page.

• Gained experience in User interface applications in H TM L and database management.

IB M I ndia A ugust2011-Dec 2012

Systems Engineer

IGA (IBM Global Account)

• Upgraded the overall design of the IBM Services and Business home pages using CSS style and relinked to the

database using BRIO-Hyperion (Database tool) w ith high efficiency.

• Implemented the home page enhancement using PERL Scripting and related the home page to other

departments that resulted in faster data extraction from Database as a part of Centennial design changes

• Anchored the implementation of H TML script enhancements to improve the GUI of the page to improve the

overall efficiency.

• Implemented PERL scripts to calculate the Outages in a system based on data inputs from users, other servers

and machine performance thus Generating server usage and server efficiency reports by building queries.

ISL (IBM Software Labs)

• Worked with I BM Infosphere Server Research and testing team.

• Automated FAST TRACK client JAVA code using RFT (Rational Functional Testing) in IBM Infosphere

Server.

• Proactively implemented H TML Scripts for User In terface enhancements and M ySql for data retrieval of the

I nfosphere Server thus achieving appropriate results.

• Developed Unit test and Regression test scripts for FAST TRACK with 155 users in S VT.

• Initiated the integration of Data Stage with FAST TRACK client at the Infosphere Server end.

March 2008-August 2011

WIPRO Technologies

Project Engineer

Front Arena Production Support

• Administered UNIX Server and all the user requests.

• Implemented Inter Process Communication using semaphores, shared memory using shell scripting and socket

P rogramming for improving the efficiency of the data communication within the server.

• Single point of contact for all user related issues and headed a team of 6 people and achieved Best Team Award

f rom Wipro Technologies.

• Implemented and Integrated Database Server with UNIX server using FTP and Semaphores.

Academic projects:

Broken Link Checker

• Developed a java program that reports URL errors by checking the URL. JSoup node is used for the

i mplementation of the code. The code also validates the URL.

• The Code is also used to check the Depth of the given URL.

Inter Process Communication

• Developed IPC based on Semaphores and Message Queues.

• The process includes creation of IPC functions, Key arguments and f lags (POSIX message queue and POSIX

semaphore functions are used).

• The semaphore set must be initialized using semget ; the semaphore creator can change its ownership or

permissions using semctl ; and semaphore operations are performed via the semop f unction.

jQuery Mobile Development

• Developed front end webpages using jQuery mobile framework

• Used in built html5/jQuery mobile mechanisms to store the data locally in the web browser itself.

• Make Ajax calls to loads the data in to the pages.

802.11 Wireless Communication (with and without RTS/CTS)

• Checking the BAD state channel.

• Transfer of data with and without RTS/CTS and comparing the results.

• Collision detection and avoidance.

• Simultaneous data t ransfer within a network and the minimum distance of 150 meters.



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