Verification of Test Framework designed and developed for Firmware Validation which supports Firmware developed for ATA, SD and UFS protocols. Test Framework offers sophisticated features like Error Injection, Random R/W, Sequential R/W, Logging and etc to validate all aspects of Firmware.Responsibility includes:1. Development of a Test Plan, defining the Test Strategy, Design and development of test cases.2. Automation of tests in Python, Execution of tests, test failure analysis, Bug Tracking.3. Identifying Test Framework enhancements/capabilities.

Test Automation for StarsenseRF Wireless Lighting Control Solution:Abstract:StarsenseRF Wireless is a Lighting Control Solution developed to reduce the energy consumption of Street lamps thereby reducing the Carbon emission. Segment Controller application which runs on Moxa hardware powered by Linux controls the lighting efficiently and effectively using the Wireless Technology to communicate with the Light Points.Responsibilities:1. Design of Test cases for Black Box testing of the system.2. Automation of Black Box test cases using C#.NET based on the feasibility.3. Execution of Automation test cases on nUnit framework.4. Reporting of defects if any and tracking of the defects till it is fixed.

Completed ISTQB certification for Test Foundation level.Projects:KSN770 - Multi Mode Digital Sensor (MMDS):Abstract:Multi Mode Digital Sensor is a subsystem of KSN770 Radio Navigation System. MMDS is a Radio Navigation aid which hosts COM – RF antenna for Communication between Aircraft and Air Traffic Control, NAV (VOR-ILS, GS) – RF antenna for Aircraft Navigation during Cruise and Approach phase of Aircraft Navigation. MMDSHost Software is Level – B software developed to control MMDS.Responsibilities:1. Design of Blackbox test cases for System testing (Functional test) as per DO -178B guidelines for Verification of KSN770 – MMDS navigation functionality.2. Design of Blackbox and Whitebox test cases for Integration testing (Functional test) and Unit testing as per DO -178B guidelines for Verification of KSN770 – MMDS navigation functionality.3. Design and execution of test cases for System testing, Integration testing and Unit testing.4. Automation of Test cases and Execution of tests on Automated Test Environment, Analysis of test results and capturing defects if any as per DO -178B guidelines.5. Structural Coverage Analysis (Decision and Statement) of Level – B MMDSHost Software.6. Reviews of Peer’s test artifacts.7. Played the role as a Moderator for Review meetings.KSN770 – Terrain Awareness and Warning System (TAWS)Abstract:Terrain Awareness and Warning System is a subsystem of KSN770 Radio Navigation System. TAWS subsystem ensures safe navigation of Aircraft by providing enhanced situational awareness of Terrain and Obstacle that could intercept the path of an Aircraft. TAWS is a Level – C software.Responsibilities:1. Designing and execution of automated test cases for High Level Software Testing of TAWS Software.2. Reviews of Peer’s test artifacts.3. Proposed product improvement idea was accepted and got implemented.

Object Code Verification of Safety Critical Flight Control System (FCS) developed for Light Combat Aircraft (LCA).Responsibility includes Verification of Compiler generated Assembly Code against Flight Control System source code for the following aspects:1. To verify for the correct translation of FCS source code into Assembly code by the compiler.2. To verify whether the function arguments are stored in Global Registers of processor before jumping to the function definition so that arguments will retain correct value.3. To verify whether call to an inline functions in FCS is replaced by the corresponding function code in the Assembly code instead of jumping to the function definition.4. To verify whether memory is allocated dynamically by the compiler which could lead to a potential failure if sufficient memory is not available.5. To verify whether Array elements are accessed beyond the array boundary which leads to system failure.6. To verify if there are any loops which run into infinite loop.7. Correct optimization sequence for the corresponding FCS code.