This project was related to electronic tolling collection .It was developed using C++,STL,linux.

Feature enhancements, implementation, defect fixing.

● Preparing Test Plan and writing and executing test cases.

● Requirement Verification, Unit Testing.

Platform: VC++/MFC, C++ (11/14) STL, COM/ATL, C#, XAML, XML, OpenGL, MS Visual Studio 2012

• Actively involved in component development, feature enhancements, implementation, defect fixing.
• Preparing Test Plan and writing and executing test cases for various ATS Components
• Requirement Verification, Unit Testing using ASUTF framework.

Development of ASUTF framework

• Actively involved in product development, feature enhancements, implementation, defect fixing.
• As a senior technical team member, participated in code review for peers to maintain the quality of code as part of continual productivity initiative.
• Preparing Test Plan and writing test cases for various Components
• Resolved several field reported issues of customer as part of advanced support (L3) team.
• Configuration testing

• Design, coding, testing, and defect fixing
• Designing and implementation of system tray application and its integration with iMedXDevices module. In this module a callback interface is implemented to get the device status notifications from Device Manager. On device connection notifications, dictations are downloaded from device and uploaded to dictations server automatically.

• Understanding the existing Architecture Design, coding, testing, and defect fixing
• Implemented IIS Server Configuration Module and Installer in C# to simplify and reduce the TMC lengthy and complicated manual installation process.
• Implemented Components using C# & ATL/COM

Component Development, Feature enhancements, implementation, defect fixing. Requirement Verification, Unit Testing.

Focus Handheld acquires and pre-processes the raw point cloud data and seamlessly integrates with Focus Inspection and Automation. Focus Inspection manages acquired point clouds and performs part-to-CAD comparison and feature inspection. Part-to-CAD inspection compares the acquired point cloud with nominal CAD data, resulting in crystal-clear geometric deviation displays. It read product manufacturing information (PMI) from the CAD file. Using this information, features are retrieved automatically from the point cloud and evaluated to their tolerances. This eliminates the error prone and time-consuming entry of dimensions and tolerances. Feature enhancements, implementation, defect fixing. Preparing Test Plan and writing and executing test cases. Requirement Verification, Unit Testing.

M*Modal is speech reorganization tool which iMedX is integrating with various iMedX products.

With iMedXConversion module dictations are converted from DSS, DS2 to WAV, MP3 format to make it available for medical transcriptionists.

NSM is a robust service and systems management product that simplifies system management and provides centralized management for heterogeneous IT infrastructures. It self-manages systems and continuously assesses infrastructure components, reducing the cost and complexity associated with managing business-driven IT environments.

Thomson Charts Component is an ActiveX component implemented in C/C++ which provides historic and real time charting of data. Charts retrieve both historical and real time data and projects these in graphical or tabular (spreadsheet) presentation formats.

GOUX2 is a solver for post-processing.

Deli2Mat is a set of Matlab functions to extract the result of computations in Matlab format. For tyre analysts, it was difficult to view the test result of each function from a flat file therefore a function wise XML Report was generated from inputs and test results.

The main objective of this project was to transform existing serialization process in order to generate human readable XML file.

To simulate the air flows and calculate the temperature of various parts of aircraft engine, meshing of engine parts and boundary condition variables are defined in PATRAN, which generates geometric file. This contains description of mesh and its boundary conditions (BC). This geometric file is used as input by CCL. CCL launches CALCULATION (chaining of three solvers CEM, FLUID, THBM) which generates binary file that can be sent further to PATRAN for post-processing and also to CCL.

This is a Prototype development of pre-postprocessor which can read and manage huge FEM data from UNV files. It reads up to 100,000 finite elements and plots the boundary elements on the screen. All other elements, which are inside and cannot be seen from outside, are ignored.

The FEM_MAKE system was developed for fine tuning of FEM/Geometric models, to modify the existing models by various advanced meshing & splitting features. FEM_MAKE was used by engineers involved in STRESS ANALYSIS (to make sure that it can withstand very large forces) of galleys and building the FEM models.