• Leading development and testing effort for the GMPLS team towards the next generationhardware.• Participate in system design reviews and recommend improvements. Identify technical risksand challenges and propose action plans.• Assist in preparing system design and architecture documents.• Provide support in system testing and bug fixing activities.• Delivered regression automation framework, to aid better quality of the code delivered, helpcheck the collateral in the early development phase.

Lead and participate in the detailed design and development of technical solution for nextgeneration routers.• Provide software architecture support to technical teams, manage tasks from software designconceptualization through final integration.• Adhere to product development life-cycle processes, from requirements elicitation to productdelivery.• Maintain, mitigate and escalate program risk through formalized communication channels.• Assist in determining project budget and time lines.• Analyse system technical issues and help develop appropriate resolutions.• Delivered projects using Agile and lean practices.

Responsible for requirement capturing, architecture design & implementation of the software• Worked onsite as a part of Solution Delivery group interfacing with the client at various levels of management to ensure minimum delay in arriving at final working solutions• Actively involved in acquiring high level understanding of new systems to help draft effort estimates for prospective clients• Weekly interfacing with the client to manage their requirements and expectationsProjects executed:NFC reference platform• Led a team of 4 engineers to ensure peripheral driver development• Development of communication logic between the host controller and transmission module (PN531) running a proprietary firmware for NFC reference platform• Designed and implemented the communication logic between the host PC and the target board via USB & serial interface• Designed and implemented simple CUI to issue commands to read / write data from the MMC/SD Card or on board flash. The CUI was extended to issue commands to the transmission module via the host controller.Sustenance Engineering• Set up an execution team of 7 engineers and trained them to meet client expectations..Managed issue resolution and resolution deliveries to the client

Led multiple project deliveries for teams sized from 2 to 5 engineers Projects executed: Build framework for a wireless router • Led a team responsible for basic CUI implementation and basic testing of various packages • Setup the Cross-Tool chain and the complete build framework • Completed board bring-up with the built kernel and suitable file system. Thin Client solution • Ported PMON boot-loader and hard hat Linux for the MIPS based thin client board. • Ported and optimized X, Rdesktop, VNC & Firefox browser. Single board computer for aero plane application • Board bring-up and porting of U-boot boot-loader on the control card based on Pentium M • Ported test application (Acceptance Test Program, diagnostic based application code) for the control card. The application ensured basic and regression testing of the platform • Ported Linux, X server and M-player applications on the Pentium-M board. The solution was displayed at Intel Developer’s Forum, Bangalore Data Terminal Unit • Ported Montavista Linux on the ARM – 925T. • Studied and ported DSP link for Montavista kernel version 2.4.20 • Developed HDQ/1-Wire interface driver to manage the battery interface • Modified standard serial driver to support RS485 port • Drafted test plan and complete system testing methodology Flash optimization for a mobile platform • Led a team responsible for reducing the code size by 124Kb • Proposed and implemented a methodology to optimize the flash resident code for the mobile platform under consideration

Feature addition to test soft phone server• Designed and implemented call transfer feature in SIP traffic generator.Edge Switch router• Designed and implemented telnet and TFTP proxy for the Fiber Channel network card• Designed and implemented client/server code used for monitoring the health of dedicated failover link• Designed and implemented failover capability of the system. It involved defining the format and content of the messages exchanged between the two switches