EMC-NetWorker:

Responsibilities:
• Performed audit to detect security vulnerable code in the NetWorker 8.0 using Fortify static code analysis tool.
• Performed code updates using C, C++ on Visual C++ IDE to fix security flaws like buffer overflows, memory leaks, double frees and use after frees in NetWorker 8.0. This also includes unit, adhoc and smoke testing for the updates.
• Involved in preparation of TOPS (Theory of Core Operations) document for Savegrp module of NetWorker 7.3 and Authentication, Authorization module of NetWorker 8.0.
TOPS is a design document giving a high level understanding of the module which involves some features and communication model with UML diagrams
• Testing new features of Authentication and Authorization module of NetWorker 8.0 by configuring external repository such as Active Directory to NetWorkerTM.
• Mentoring new joinees in the NetWorkerTM team.

B787 Hydraulic Control Interface Function Software for Boeing 787:

Responsibilities:
• Understanding the architecture of CCS (Common Core System).
• Written sample code and test cases in C using VxWorks ARINC 653 API’s and executed it on SBC (Single Board Computer) and established communication between the partitions.
• Development of SDD & Code for two major modules.
• Provided traceability from SDD to SWRS and in turn to System requirements using DOORS.
• Design and peer review of the test cases.

Module Testing for APS9800:

Responsibilities:
• Analyzing the code using Understand C.
• Test case design.
• Writing the Test scripts using RTRT and executing it on the target Single Step Power PC Simulator.
• Peer review of Test case design document and Test Scripts.

Air Combat Simulator (ACS):

Responsibilities:
• Involved in coding (C++, OpenGL) for RWR/RHOPI IG(Image Generation) and Mirage-2000 Radar IG models.
• Implemented UDP (User Datagram Protocol) in C++ for communication between Simengine PC and IG PC.
• Involved in preparation of SDD (Software Design Document) and ATP (Acceptance Test Plan) documents for RWR/RHOPI IG and Mirage-2000 Radar IG models.
• Code updates to Generic Radar model based on customer feedback.

Navigation & Weapon System Maintenance Simulator (NWS-MS) for Mirage-2000:

Responsibilities:
• Study of Mirage-2000 Radar Systems.
• Understanding the functionality of RCP (Radar Control Panel) and identifying the various modules in Radar simulation model.
• Requirements acquisition for developing Radar simulation model.