PratikSoftware Programmer | Web Developer
Creative Problem solver | Can do attitude | Adapting to the changing technologies | Anime Lover
Resume
• Worked on web module to implement the social login functionality using the python-social-auth libraries. • Worked on the web module in the Django framework. • Maintained the version of the code using the SVN. • Developed and deployed the code on the Linux server and tested the same in real environment. • Currently working on social forum implementation.
• Designed and developed hybrid mobile web application using technologies like AngularJs, Parse(Cloud Platform), Ionic • REST API for accessing the NoSQL database • Application is regarding voting management and social forum for discussion and social sharing of comments. • Other features include event management and messaging services.
• Advising student online by booking advising duration. • Designed domain modeling, sequence diagram, class diagram. • Developed using JSP, Java and MySQL database. • Tested the application on the Apache server. • Used by the computer science students to register for advising.
• Implemented the Mapper and the Reducer in Java to take the averages of the different weather parameter during the daytime over a period of month then ultimately converging it over a period of year. • Designed the algorithm for the problem statement and reduced the data to get the required output. • Utilizing all the processor core to Map and reduce the large chunk of the data which is present in the input file.
• Worked as a part of the enhancement team, major work was to test the flow of the application and to make changes in java code. • Worked on defect fixing with zero tolerance for reopen. • Tested the application using the automated testing tool selenium. • Performed the regression testing and the performance tuning for the application. • Managed the tracker for UI components, its progress and reporting to project managers.
• Developed the module which includes the development of the “Report Generation Screen, this screen had the various functions like report generation, linking the various entities involved in the crime, navigation through the side menu, different modes the pages would open such as (edit, read-only, intelligence mode, comments only mode). • Worked as Module lead for the screen “Task Reminder and Escalation”, used the spring batch technology to send the automatic task reminders to the particular Intelligence officer. • Coded Bulk search Module, written complex MySQL queries minimizing the time required to retrieve the data. • Design and implemented the unit test cases, implementation of the JMock framework to support the better unit testing for the project.
This project was the implementation of the IEEE paper. We have chosen this paper to implement as many of the industries in the vicinity of the college were textile industries. The quality checking work of the fabric is still done by hand in many of the industries. The objective of this paper was to enable detection of the faulty sample based on the scanned input image of good resolution based on analyzing the yarns in the fabric. An excellency of about 90% was achieved using different test samples.Many of the filtering techniques and algorithm were using to achieve this efficiency.
This project was developed using the RAD tool, the motive of the project was to ease the process of extracting the data from XML using MySQL query converted to XPath. It helped to extract the information from XML files and store it in the relational databases using MySQL. Using the simple MySQL query which was mapped to the rules followed by XPath queries we were able to achieve the objective of the project. The technologies used in the project were Java,MySQL,Eclipse IDE and XML files
An another IEEE paper implementation. This project focuses primarily on the effective distribution of light when a photo is taken from camera of low quality of any text image, some of the part may appear dark and some may appear bright depending on the light distribution. Due to this the text may not appear clearly in the image. The software implemented by us took this image as input and using a interpolation method it processed each and every pixel by using a gain to process every pixel to visible level due to this the text appeared very crisp and was visible to the eye. The technology used in this project was Java and libraries related to image processing were used.
This project focused on reducing the dependency involved in the serial code so as to enable it to scheduled for parallel processing, the objective of this project was achieved by eliminating some of the nested dependencies and making the code execute faster. Some of the demos were tried using libraries in the C language to convert the serial code into the parallel code, it was tested on the prime number program and or matrix multiplication program. This project was developed using Java,Eclipse IDE and profiling tools were also used to benchmark the performance, underlying platform used was Linux.