EXPLORE


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$10 USD / Hour
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Germany (7:29 AM)
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Joined on May 16, 2011
$10 USD / Hour
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GRADUATE Cognitive Robotics(+ LAB), Machine Learning, Knowledge based image understanding, Computer Graphics, Artificial Life,Network Security, Sensor Data Fusion, Dynamic. Re-configurable System, Semantic Web Technology. JAVA,C++,C#,Opencv,Openssl,snort,tor,spark
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Experience
Software Engineer
Oct, 2015 - Dec, 2016
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1 year, 2 months
Veeva System
Oct, 2015 - Dec, 2016
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1 year, 2 months
▪ Extract [from XML,CSV,EXCEL,HTML], Transformation [to Veeva data structure]and Loading [Postgre SQL/DynamoDB] (ETL) process.(Java,CDI, EC2, Spark) ▪ Crawling person information from web.(Java,StanfordNER, Apache Spark )
Oct, 2015 - Dec, 2016
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1 year, 2 months
RESEARCH ASSISTANT
Jan, 2013 - Jul, 2015
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2 years, 6 months
FRAUNHOFER (FKIE, Wachberg , Germany)
Jan, 2013 - Jul, 2015
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2 years, 6 months
• Design and develop a secure socket connection for MonIKA Framework.(C++,,openssl) • Detecting ”Quantum insert” attack using snort (C, snort). • Alert Tor user about QI attaxk(c,Tor,snort,tor-browser, javascript)
Jan, 2013 - Jul, 2015
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2 years, 6 months
Officer(IT)
Feb, 2011 - Sep, 2012
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1 year, 7 months
Mutual Trust Bank LTD Bangladesh
Feb, 2011 - Sep, 2012
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1 year, 7 months
• Develop Data middle-ware for Contact center of the bank.(C#,SQL Server 2008, WCF) • Develop Bill Collection System for Bank (C#,SQL Server 2008) • Develop Internet Banking System System for Bank. (C#,ASP.NET,SQL Server,MVC, WCF)
Feb, 2011 - Sep, 2012
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1 year, 7 months
Education
Master of Science(Computer Science) (http://www3.uni-bonn.de/)
2012 - 2015
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3 years

Germany
2012 - 2015
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3 years
Shahjalal University of Science and Technology
2004 - 2009
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5 years
Bachelor of Science(computer science & Engineering)

Bangladesh
2004 - 2009
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5 years
Publications
AN ENHANCED TWO-DIMENSIONAL COLOR BARCODE SYSTEM
Journal of Emerging Trends in Engineering and Applied Sciences (JETEAS) ISSN:2141-7016.
The proposed barcode system uses a statichash table which contains the values of eighty seven different characters and a color table which contains 16 different colors for different patterns of nibble where each nibble pattern is unique. For information encoding, value of each character is converted into binary nibble, and then color pixel from the color table according to the nibble pattern. The decoding mechanism is the reverse of encoding along with the error correction mechanism.
Verifications