1. Work Summary
Skills
Experience Summary
Key Expertise:
B.Tech with 4.8 Years of experience in Validation & Verification of Airborne Avionics Software.
• Currently working as a Senior S/W Engineer in Larsen & Toubro Technology Services
Limited, Bangalore from July 2014 to till date.
• Worked as S/W Engineer in Cyient Ltd, Bangalore from Dec 2010 to July 2014.
 Currently working in CompactHUD Project, of Bombardier C-Series Project of Rockwell
Collins of Aerospace Testing. Unit Testing of Flight CompactHUD S/W.
 Experience in Regression, Functional testing and UT for CompactHUD
 Activities includes, Functional testing, Performance testing, Log analysis and Route cause
analysis, CR fixing.
 Experience in Client Communication and Status Reporting. Worked in high pressure
conditions.
 Good written and oral communication skills.
Domain V&V of Aerospace Embedded Systems.
Tools
DOORS, Understand C++, PREP, PEBLS,VC, GHS Multi, Code Composer
Studio, RTRT, Wind river Emulator, ADS2, Clear Case, Clear Quest, Vector
CAST
Testing Methodologies HSIT, System Testing, Unit Testing and Unit Integration Testing.
Programming/Simulation
Tools
MATLAB, Wind River Emulator, VC, ADS2.

2. Experience Summary
1 i. Worked for AFCS (Automated Flight Control System) for testing NVM, PBIT and CLAW
control modules Using C, RTOS, A429 and various serial communication protocols.
ii. Worked for SPDA(Secondary Power Distribution Assembly) for verifying the
functionalities of BOOT and BSP(Board Support Package).
iii. Performed System testing for modules like Kneeling and Landing Gear, Military Mission
Planning System, Cargo Handling System (CHS) for SOC phase of A400M flight.
iv. Performed HSIT, UT and System Testing.
2 Experience in embedded software validation and verification in C, assembly languages and
Works (RTOS).
3 Good knowledge of TCL, OCD Scripting.
4 Exposure to DO178B, Vector CAST, ADS2 and Emulator.
5 Hands-on experience in Python scripting.
Previous Experience
# Organization Name Designation From To
1 L&T Technology Services
Ltd
Senior Software Engineer JULY 2014 Till Date
2 CYIENT Ltd Software Engineer JAN 2011 JULY 2014
Tools/Technology Expertise
1 Vector CAST, Green Hills Multi, Code Composer Studio.
2 Wind River ICE2 Emulator, ADS2
3 DOORS, Clear Case, Clear Quest, IBM rational Synergy, Tortoise SVN
4 Understanding C++, Eclipse IDE.

3. Project Experience
Sl. No. Project Name Description
1 Backup Electric
Power System
Project Duration
From July 2014 to Till Now
Project DESCRIPTION:
Development of Electric power backup system for 777X
program, the scope includes complete system life cycle
development activities.
The backup electric system includes two engine-drive
generators and one integrated converter/control unit to provide
the redundancy of electrical sources equivalent to a three-
engine airplane. Automation of the system is achieved by the
use of state-of-the-art, microprocessor-based control units that
perform system control, protection, and built-in-test functions.
Each control unit has redundant two-way communication
through an ARINC 629 communication bus that requires
significantly fewer discrete wires than similar systems,
allowing considerable reduction of the interface circuits and
reduction in weight.
Roles & RESPONSIBILITIES:
1.Requirement Phase
• Functionality decomposition of product
specification
• Allocation of functional requirements down to
system level
• Identification of High level derived requirements
• Safety Assessment of derived High level
requirements
• Establish Bi-directional Traceability
• Generation of System Requirements
Specification document (SRD)
• Technical Review of System Specification
Document
• Baseline of SRD document
• Generation of Requirements Compliance Matrix
• Technical Review of Compliance Matrix
• Generation of Requirements Verification Matrix
• Technical Review of Verification Matrix
• Transition Audit to start Design Phase
2.Design Phase
• System Architecture and Design
• Identification of design specific and
implementation specific derived requirements
(Low Level) for Generation of Backup Converter

4. 2
4G Core Secondary
Power Distribution
Assembly(SPDA) RBT
• Establish Bi-directional Traceability
• Safety Assessment of derived low level
requirements
• Generation of Design Requirements Document
(DRD) for Generation of Backup Converter
(BUC)
• Engineering review of BUC DRD
• Baseline of BUC DRD document
• Identification of design specific and
implementation specific derived requirements
(Low Level) for Generation of Backup Generator
(BUG).
• Establish Bi-directional Traceability
• Safety Assessment of derived low level
requirements
• Generation of Design Requirements Document
(DRD) for Generation of Backup Generator
(BUG)
• Engineering review of BUG DRD
• Baseline of BUG DRD document
• PDR/CDR
• Transition Audit to start Implementation Phase
Project Duration
From Aug 2012 to July 2014
Project Description
The Fourth Generation SPDA is an Integrated Modular Avionics
(IMA) product. The Product provides Secondary Power
Management and Distribution allowing for application specific
utility management functions for the target airframe application .The
SPDA is part of the HS Electric Power Distribution System (EPDS)
which distributes AC and DC power from aircraft electrical busses to
the utilization loads on the aircraft. The Secondary Power
Distribution Assembly (SPDA) product is designed to provide three
types of aircraft system solutions i.e. Supply and control of one or
more aircraft utility functions, Remote Data Acquisition and
Communication gateway and protocol
translator. A master SPDA is used to control multiple satellite
SPDAs. This master/satellite configuration for the SPDA is used to
permit expansion of I/O controlled by one processor group resource
in the master. The Core SW provides the basic platform to power up
a product, communicate with external tools, run application tasks
and interface to the Microprocessor/Communications board
(processor LRM) peripherals.
Role & Responsibilities
• Worked for the Verification & Validation of BSP (Board
Support Package) of CORE software for 4th Gen SPDA
(Secondary Power Distribution Assembly) project.
• Writing the SVCP (Software Verification Cases and
Procedures) for the requirements.
• Writing the RBT test case procedures for the requirements.
• Writing the test scripts for the SVCPS by using the
WINDRIVER Scripting commands.
• Discussing with Onsite coordinator for solving project
related issues.