Prosenjit A.

Key Skills OF PROSENJIT ADHYA Years of Experience 12+ years Languages C, embedded C, asm, C++, .NET, MS CRM and CTI (IP and VOIP Solutions) Operating Systems VxWorks, Linux, WinCE 5.0 and FreeBSD Technologies Avionics, Telecom (Call Contact Solutions and Unified Communications, Railways, Energy Meters (Complete Firmware and Embedded Systems) Tools WindRiver IDE, CVS, Tornado, TCL/TK, Rational Rose, SPA (System Performance Analyser), WinCETK, WinCE Platform Builder (ARMV4I with Intel PXA 255,Intel PXA27x). Technical Skills Application/Web Servers PHP3 Broadband Linux VxWorks(Tornado-IDE) Development Environment IDE using RFIDs (Low frequency) Embedded Systems FPGA Handset Development (BSP and Driver Development), ARM926EJS Hardware Platform Firmware Development Hardware Platform BSP (ARMV4I with Intel PXA255, 27x, ARM926EJS) Other Protocols CAN, IEC-62056, AAL2, SS7 IEC-62056, DLMS,802.11n Optical IEC 62056-21 In-Circuit Emulators TRACE-32 Wireless Functional Area Call Processing, Call Control Project Management Methodology (Waterfall, SDLC, ITIL) Tools MS Project, Project Planner Education__________________________________________________ B.E. (Electronics and Instrumentation) P.D.A College of Engineering. Gulbarga - Year 1998. (VTU) GPA. Final Yr: Agg: 7.8 Project Assistant IIT Kgp (1997-1998)(Under Student Projects and MS program categories). Experience_________________________________________________ Archus Technologies Pvt Ltd June 2009- till date Role: Founder and Director WirelessMundi. Spain(Channel Partner) June 09- Till Date Consultant Role: Consultant and Country Rep Prosenjit Adhya is a Founder and Director setting up the infrastructure from Ground Zero for Archus Technologies Pvt Ltd, a Start-UP, driving a core Technology domain, validating the Business Potential to it and exploring new trends in technology. The challenges in doing so in the current market situation is measuring the Pros and Cons of an approach to potential OEMs and key players in the Embedded Systems, Telecom and Allied domains like Mobile Application Development. Combinational areas with key ROI indicators and Time to Market for TSS(Telecom Support Systems) with Prospective CSS(Corporate Support Systems) following a SWOT and exploring key R&D areas with OPD (Outsourced Product Development) is the Goal. More to it is the effort to increase the productivity with a predictive analysis to Commercially Viable Software systems in heavy engineering and Avionics based on COTS and related methodologies in project and program management focusing on architectural solutions with verification and validation. Also working as a Consultant with the roles of Country Rep to Country Manager to a Solutions Architect and initiating a product launch in India validating the Business Potential to it. The challenges in doing so in the current market situation is measuring the Pros and Cons with a comparison to potential OEMs and key players in the Telecom domain with the Quality V/s the Cost Effective Solution & Portability V/s Robust and Expensive Systems, prioritizing on Performance to Features in “All in the Box” Model. Mode of Operation: Channel Partner based on a Revenue Sharing Model with Fixed components being negotiated based on Product Launch and Sales criteria. Being conditional based on direct support from Spain on Ad Campaigns, Travel and Running Costs for Strategic Marketing and Client Meetings Kumaran Systems Private Limited. Chennai (Jan09) – (June09) – (Contract-CTH->Independent Consultant) Worked as a Consultant with the roles of Project Manager/ Delivery Manager to a Solutions Architect and driving a core Technology domain, validating the Business Potential to it. The challenges in doing so in the current market situation is measuring the Pros and Cons of an approach to potential OEMs and key players in the Embedded Systems and Telecom domain. The Systematic Process Orientation with a mapping of technologies across platforms and verticals and the backhaul dependencies is the current focus of defining the space where Technology meets Business. Areas on key ROIs and Time to Market with a SWOT on exploring key R&D areas and also working on OPD (Outsourced Product Development) are the key Goals. Client: Nortel Networks. Contribution: Bug fixing and mentoring a team w.r.t migrating Oracle10g from HPUNIX 32 bit to 64 bit Itanium server. Core analysis done on immediate solution with making changes in Header files for Pro C and meeting the specifications with a change in the configuration involving changes in the Compiler for upgrading the remote test setup from Nortel. Individual Contributor: Solutions Architect. We analyzed IXIA Performance Testing Tool for validating a provisioning product with focus on Stateful Packet Inspection and Deep Packet Inspection. (Individual Contributor) Atheros India LLC. Chennai (subsidiary of Atheros Communications Inc. Santa Clara. USA) Dec 07 – Nov 08- (Permanent) Worked as Project Leader in the Applications Engineering Group and involved with Customization for Hardware and Software. Core areas covered were verification and validation of Boards with Changes in Memory and Customer Customizations. I am responsible for leading Projects with Customer Program Management with core areas on bug fixing and handling issues with Systems Engineering teams. My experience is rich in terms of getting into a new domain of working on Wireless Chipsets with both Legacy and 802.11n and analyzing the specifications for implementing changes required by the customers and meeting their requirements. Lead and worked Hands On in projects for Wireless Networking. A lot has been worked on Customer Requirements Management and Change Control Management interacting with teams worldwide. Intensive work has been done on achieving expected performance and conducting performance tests on 802.11n products meeting customer expectations with Core areas of development on MAC and PHY layer. Critical areas on analysis are prioritizing features on a driver and differentiating them on a matrix, important for Product Optimization and Planning with speculating and anticipating the threats (SWOT), being communicated to the support and sales team. Also responsible for delivering Solutions as a Solutions Architect to partnering organizations of our organization involving design reviews and code changes with Build and Delivery Management being an individual contributor, worked closely with the major stakeholders of authorized partners. The role involves extensive travel and I have traveled mostly to APC and Americas. Key Challenges: Point to Point Communication meeting expectations of the customers based on Interoperability, performance and customizations (CVP->Customer Value Proposition). Impact on Costs, Time Management and Resource (team members, infrastructure) being the key function points. Contribution: vi)Leading Projects with Requirements Management and ensuring QA process. Interacting with teams worldwide handling customer issues meeting the specifications. Individual contributor on preparing a Systems Requirement Specification/Customization with a detailed Systems Analysis and Architecting a solution with Hardware and Software Changes and defining the SOW. a) Systems Analysis involves verification and validation of Schematics and also Software modules predicting Firmware Changes and the impact on it. b) Based on the above Project Estimation and Effort for Product Road Map is worked with Function Point Analysis. My reason for looking for a change is to lead a team involving more responsibility. iv) Extensive analysis done on RSSI sensitivity for measuring the performance with dependencies on OS and platform overheads. ARICENT->Aricent Technologies (Holdings) Ltd, Chennai (Subsidiary of Aricent Communications Inc. USA) - Permanent June 2006 – December 2007 Role: Technical Lead responsible for schedule and delivery starting from Requirements Analysis, Design, Coding, quality assurance, mentoring, to client interaction. VisualSoft Technologies Ltd. Hyderabad-Permanent Oct 2005 till May 2006 Role: Systems Analyst and Team Lead for a team of 10 people in Device Driver development and porting of BSPs from WinCE 4.2 to WinCE5.0. Focus was on Systems Requirements based on the SoW, Analysis and Design with Code Reviews. Used Test Track Administrator for classifications of Bugs reported during Dynamic Testing. Landis + Gyr Ltd. Kolkata (subsidiary of Landis + Gyr. Zug. Switzerland) April 2004 – September 2005-Permanent Role: Engineer-Electronics for (R&D) division and completed the Requirement Specification of the Superstatic (Electronic Energy Meter). I had worked on the Design and Customisation of Factory Automation Software on the Production Line (Assembly to Test Rig) w.r.t BSS and Indian Standards and had implemented the IEC 62056-21 and DLMS protocols. Grey Matter India Ltd. Mumbai-Permanent January 2004 – March 2004 Role: Technical Account Manager and was responsible for managing Accounts for all projects in Onsite, 3333Offshore and Hybrid Models. I had worked on the Technical Proposal for the Automation Of Metro Railway. Kolkata. Technology Focus was RFIDs. Stesalit Ltd. Kolkata(Contract –CTH) April 2003- December 2003 Role: Consultant for the Indian Railways for implementing the Excitation Control of a Locomotive Control System. Core focus was customizing the entire system of PWM I/Ps. NNK Consulting Ltd. UK-Permanent March 2002 – March 2003 Role: Initiating the Startup company and Project Leader to a Project on Based on UART communication using Xilinx (FPGA). Responsible for designing on Verilog and implemented the Digital Logic within a range of 10000 to 20000 gates. SSIT Europe Ltd. London (Contract-CTH for Client Matrix EU Ltd) June 2001 – March 2002 Role: Consultant and Software Engineer to various clients of SSIT Europe in the UK and Switzerland. Core responsibility was Coding and Code Reviews. DSQ Software Ltd. Chennai-Permanent March 2000 – June2001 Role: Analyst Programmer for developing the L2 layer of ATM Protocol Stack. Responsible for analyzing and implementing the LLD and Coding with code reviews. Centre for Advanced Computing. Kolkata-Permanent September 1998 – February 2000 Role: Software Test Engineer and worked on regressive testing of Real Time Systems, both Black Box and White Box. Used Tools like the Logiscope. Projects Summary___________________________________________ 1.A Autoplay of USB Device on Linux Feb 2010 – till date Currently effort is to realise the methods that could be used to implement a Driver based on USB 2.0 specifications which could have a User friendly GUI with the Options to view file directories in the Widget itself as in Windows, extensive analysis is done and particular to the Operating System to use the APIs and system calls that could facilitate auto-play of file formats from the widget itself and to implement it as a generic application, effort is to identify critical functions and that could work with different flavours of Linux. 1.B Intelligent Environment Monitoring System To measure the environmental pollutant under real time conditions with sensors and its interfaces. It involves the sensing of data, data acquisition and conversion, storage of data and comparison of data with a standard comparison hash table. Measurement of data collected would be taken on a standard development platform with the use of sensors that sense the data and interface with electronic devices for a system working on a generic model based on a programming logic. Contributor: Mentor Current Status: Hardware Prototype Development in Progress with Software Compability using PBASIC, to program the Gas Sensor after Calibration, analysis being done on implementating a Signal Conditioning Circuit with the use of a Microcontroller to display the concentration of gaseous component on a LCD/LED or Flat Panel Display, with alarms at different nodal points connected to a server within a range. Team Size : 2 Opportunity: Could roll out as an Integrated Product Prototype with well defined interfaces from Connection oriented protocols to transmission OTA(Over the Air) 2. Porting NAND Flash to moviNAND (eMMC=NAND + MMC) Flash with WinCE5.0 (SWIP Dev Projects) Feb09-March09 Working as a Solution Architect and Manager for estimation and development on Windows CE 5.0, which is an open, scalable, 32-bit operating system (OS) and is designed to integrate reliable, real time capabilities for advanced Windows technologies? It allows one to build a wide range of innovative, small footprint devices. A typical Windows CE–based device is designed for a specific use; often runs disconnected from other computers, and requires a small OS that has a deterministic response to interrupts. Contribution: A core analysis being done on R&D development with reference to projects being executed in the areas of Loading Sequence of Bootloaders and calculating the Boot-time for it. Issues of response to Interrupts and dependencies on OS internals have been the core areas of the Study and Requirements Analysis Phase. The reference board and SoC (Samsung) are being studied for optimizations no various parameters with reference to the WinCE Kernel Architecture. Client: Internal R&D with a prospective tie-up with Samsung 2.CRM, Contact Call and Unified Messaging Solutions Jan-09-Feb09 Worked as Solutions Architect towards Managing Project where Technology Meets Business. Focus is on Call Contact Solutions and Unified Communications with implementing IP contact center systems based on a single network, software-only architecture for integrating with CRM very cost effective and reducing operational costs further improving customer service. Like the CRM applications, IP contact center architecture is built around the customer view rather than the media view. The work flow engine is extensible and can call any corporate database to dynamically affect contact processing and routing decisions, considerable amount of work has been done in preparing Case Studies towards implementing a BI (Business Logic) focusing on the QoS implementing a High Call Resolution Rate. Contribution: vii)Requirements and Systems Analysis of Existing System and working on optimizations of the proposed systems with migration from MS CRM to Dynamics CRM4.0 with Microsoft Office Sharepoint Server 2007. Integration of MS CRM with CTI with a proven TAPI interface (for incoming call records) and high call resolution rate. Project Management with Approach on Methodology and meeting QA goals. 3. Development of USB/OTG Host Controller Driver on WinCE 5.0 (April 2007 – October 2007) Project Environment: Languages: C H/W: Multimedia Processor O/S: WinCE 5.0 Tools: WinCE 5.0 with Platform Builder, WinCETK, USB Snooper. Role: Project Manager Brief Description: Development of USB/OTG Host Controller Driver on WinCE 5.0 with core focus on USB Host Controller that initiates all data transfers over USB, manages arbitration and controls the USB Device. The host controller driver converts and regulates data flow between application and OTG controller. It supports remote wakeup. HNP and SRP not implemented currently. Boot Time Initialization, Enumeration at the Host, Read and Write with Performance and Power Management being implemented on Interrupt and DMA Mode for maximum achievable Bit transfer rate. . Contribution: I had booted the Nomadik 8810 in WinCE 5.0 with changes made in the USB Host Controller driver to increase performance and stability. viii)Work done on the Complete Development Lifecycle from Estimation, Planning to Requirement Analysis and Design. Work done on the Detailed Design for implementing the functionalities of the driver, critical issues like Implementing the DMA mode and changes in the design w.r.t the Interrupt Mode being worked out at present with customizations required depending on the hardware stability. Interrupt Latency time and delays being considered for Interrupt Handling affecting the Performance of the Driver in Interrupt Mode. Customizations made in the PDD layer implementing our own layer to achieve the targeted performance levels. Involved in code reviews with compliance to SEI CMM Level 5 standards and SEPG Process Compliance. 4. Development of USB- OTG (IP Development) Nov 2006 – March 2007 Project Environment: Languages: C H/W: Versatile PIII ARM926EJS, PIII board (SPCOTG_ARM_AHB_050915) O/S: Linux2.6.14.4,WinCE 5.0 Tools: In-Circuit Emulator-TRACE 32 Brief Description: Development of USB –OTG IP with core focus on performance with Main Board and Daughter Board in phase-wise configuration with porting onto WinCE 5.0. Work done on Boot-loader and configuring the BSP to boot with WinCE 5.0. Made changes in the boot-loader with debugging the existing drivers for a clean image. Setting the Ethernet boot and adding the Third Party drivers for USB Host development with EHCI support. Contribution: · Worked ON to boot the ARM926EJ-S in WinCE 5.0 with a complete code walkthrough on the drivers and changes in the boot-loader code. ix)Involved in Kernel level debugging with the WinCE 5.0 shell and tracing the process on the Remote Device/Default device. Presently working on configuring and making changes to Bring Up the Entire WinCE5.0 with the required interface and resolution for the display driver. Analysis and Design for implementing the USB Host Driver on WinCE 5.0 in progress. · Involved in code reviews 5. Development of AAL2 Product Software (Sep 2006 – Oct 2006) Project Environment: Language: C-NP, FPL H/W Platform: ARM9 with NP8S1 Line Card with APP 650 Tools: SPA, CLI O/S – Linux. Brief Description: The Project is in the Requirement Analysis Phase with core concentration on the QoS of ATM Switching on the NP8S1 Line Card with the Network Processor APP600v2/APP650. Requirements cover the implementation of AAL2 Product SW on the data plane for the RNC and MGW. SRS already submitted as a deliverable and in transition to the Design Phase (High Level Design and Low Level Design with the Test Plan). Development of the L2 Layer Contribution: Involved in requirement analysis phase and finalizing the software requirement specification with the Projected Project Plan with Manpower Estimation ( The Model- COCOMO) and SRS as a deliverable for the Release-1 of the project. 6. Windows Mobile and Driver Development (March 2006 to June 2006) Project Environment: Language: C/C++ H/W Platform: BSP with ARM 9 core with Intel PXA 27x (Vendor Specific) Tools: WinCE Platform Builder, WinCETK, Active Sync Brief Description: The Project is a development of a BSP and Drivers with reference to standard reference board running on Windows Mobile 5.0. Core areas concentrated were device driver development for a customized board running on Windows Mobile 5.0. Contribution: Involved in requirement analysis 7. BSP and Driver Development (Jan 2006 to March 2006) Project Environment: Language: C, C++ H/W Platform: ARM V4I Core with Intel PXA 255/ 27x Tools: WinCE Platform Builder, WinCETK, Active Sync Brief Description: The Project was a development of a BSP and Drivers with reference to standard reference board running on WinCE 5.0. Core areas concentrated is device driver development for a customized board designed and developed for running on WinCE 5.0. Development of USB Printer driver is the area worked on with complete code analysis, code development and code changes. Code verification and validation is done on a milestone basis with the changes in the customized. Processors used are 7727 (SH3) and 7760(SH4). Protocols used and referred are IEEE 1284, USB2.0 and USB Printer Driver Specification. Migration of NDIS 5.1 Miniport Driver Windows Desktop to WinCE 5.0. Verification and Validation of NDIS with NE2000 card for PassThru (). Debugging with NDIS 5.1 in WinCE 5.0. Code optimization and functionality with respect to compilation of same code in WinCE 5.0 as compared to compilation in Windows Desktop with Changes in DriverEntry(). Validation checks on PnP and Power Management of NDIS drivers. Complete code walkthrough of the NDIS 5.1 libraries and wrappers for platform independency and making it generic. Contribution: ·Involved in analysis and coding. · Involved in Code changes and code reviews. 8.Migration of OS for Device Driver Development (October 2005 to December 2005) Project Environment: Language: C, C++ H/W Platform – BSP with ARM V4I Core and Intel PXA 255 Tools : : WinCE Platform Builder, WinCETK, Active Sync Brief Description: The Project was a migration project with core impetus of device driver development with migration of specific drivers of a Handheld Unit running in WinCE 4.2 to WinCE 5.0. Areas of development were device driver migration of ARMV4I Core and Intel Xscale Technologies on Intel PXA255 & Intel PXA 27x Architecture available for migration Contribution: · Involved in analysis and coding. · Developed code for migration from WinCE 4.2 to WinCE 5.0 · Performed Unit testing and performance tuning for the module. · Involved in code verification and validation 9. SUPERSTATIC (Launching of a new Product-Electronic Energy Meter) (April 2004 –September 2005) Project Environment: Languages: C, VC++, MySQL, Tcl/Tk(Python), HW Platform: Test Automation with Emulators for Hitachi Tools: Automation Test Kit Brief Description: Project involved writing the Specifications and the Design document for the Electrical parameters for the energy meter to the production and test parameters. Working on the specifications on the Factory Reporting System involving the automation of the production of meters and testing of meters real-time. Designing and customizing code on the Data Transmission Protocol for Handheld Units, the protocol is based on the International Standards for Communication-> IEC 62056-21 (mode-a), (mode-b). Contribution: · I have been involved in writing the specifications for the product design and development. · Analysis is made based on the existing system and concentration on change of scope. · Designing and customizing code Implementing IEC 62056-21 for optical mapping of data and integration 10. Automation of Metro Railway using RFIDs (Jan 2004 to March 2004) Project Environment: Language: C, asm H/w Platform – Alsthom Control Panel, Fuzzy Logic Systems. Alsthom PLCs (DCS) Software Platform: Programming with Ladder Diagrams, with Set Points. Distribution of Access Points with RFID tags Brief Description: Project involved Automation of Metro Railway Kolkata with existing backbone structure laid down by Alsthom. Complete change request based on the complexity of traffic in the metro railway by architecting a solution with the usage of RFIDs. Contribution: I was involved in requirements gathering and system analysis with Solution Architecting with Senior Engineers. 11. Microprocessor Based Locomotive Control System (April 2003 to December 2003) Project Environment: Languages: C, asm H/W Platform: Intel MCS 51/ AT89C2051, Intel 80196 Tools: Intel 80196 In-Circuit Emulator Brief Description: The Project is based on a total Locomotive Control System and the Integration of the Propulsion and the Excitation Control System for Diesel Locomotives. The control system is designed for WDG and WDM Locomotives and the real task lies in configuring and designing the excitation control system. Design was studied and modified with consultation from Railway official w.r.t to the Excitation Control System. The V-I Characteristics curve involved the relation between the generator O/P and the Engine Demand. Most important was to generate the PWM through a micro-controller. The micro-controller used is 80196 micro- controller with digital and analog inputs. Contribution: · Involved in requirements gathering, analysis and coding. · Involved with the design and interacting with the consumer that is the officials of the INDIAN Railways followed by Software Design Document · Preparing the Software Requirement Specification and the Interface Requirement Specification · Involved in code reviews 12. VGA Monitor with XSA100 Board using Xilinx FPGAs (Oct 2002- March 2003) Project Environment: Languages: Verilog, VHDL H/W Platform: Xilinx Development Board Tools: Floor Planner, Xilinx Development Kit Brief Description: The Project is based on a design of a Johnson counter was implemented for a larger application using the ISE WebPack from XESS Corporation. UART interface was designed and integration with the system is being tested. Coding was done in VHDL and both the VHDL method and the Mixed Methods (VHDL and Schematic) were used. Contribution: · I was involved in requirements gathering, analysis and coding. · I performed Unit testing and performance tuning for the module. · Involved in code reviews 13. System Analysis on Controller Area Networks (March 2002 – September 2002) Project Environment: Languages: C, asm Protocol: CAN H/W: TI TMS470R1A256 (ARM) Development Board, CAN, RS232, USB, SD/MMC (Proposed and under development) Brief Description: The Project involves the use of CAN-open networks in wagon trains. The same concept is used in Czech Republic where the EM471 train is equipped with several redundant CAN open networks. The train is used for intercity transport. The concept is that the train would have three units control wagon, motor wagon, and in between wagon. Each wagon would have a computer and all the computers in the train would be connected through communication wire that is the WTB (Wire Train Bus) according to the international standard IEC 61375-1. WTB is the highest level of communication that enables to interconnect different vehicles in the train. CAN with CAN open protocol is used for communication within a vehicle. One CAN network interconnects different I/O devices. Another one links the control computer to the traction unit. Both CAN networks are redundant. Important data is stored continuously in the back-up memory and are used for service and maintenance. The train unit may run in automatic or manual mode. Contribution: Involved in requirements gathering and analysis on existing code. 14. Development of Interface on TMS320 (Jan 2002 – March 2002) Project Environment: Languages: C H/W: MIL-STD 1553B O/S: VxWorks Brief Description: Worked on the interface for TMS 320 with the MIL 1553 bus that is used as a fly by wire. The project was on the coding stage and more of coding was done with C and assembly. The development was done on a Real Time Environment, and the operating system that was used for the booting the processor was VxWorks other than Solaris. Extensive use of hardware knowledge was used with programming using C . Contribution: · I was involved in requirements gathering, analysis and coding. · I executed the Unit testing and performance tuning for the module. · Involved in code reviews 15. DEVELOPMENT AND TESTING OF THE UMB FOR THE UMC (June 2001 – Jan 2002) Project Environment: Languages: C,PHP3 H/W: Mobile Vending Server, Client Machines running on Sun Solaris. O/S: Sun Solaris Brief Description: The scope of the system study is to understand the interface between the MAP Inter Working Unit and the applications running on a Server Module. Emphasis was given on the functionality of the IWU (Inter Working Unit) and the processes involved to receive and reply to the USSD (Unstructured Supplementary Serviced Data) messages or the HLR queue by means of TCP/IP message protocol. Relevant aspects of the IWU configuration w.r.t the delivery of MO-USSD to an application in the server module is also one of the critical aspects being studied. The system study was being done to develop and optimize the Mobile Vending Server. The Mobile Vending Server runs on a RTOS that is dedicated for the system. Contribution: · I was involved in requirements gathering, analysis and coding. · I performed Unit testing and performance tuning for the module. · Involved in code reviews 16. Implementation of ATM Applications (April 2000 –June 2001) Project Environment: Languages: C, embedded C, Linux , VxWorks H/W: BSP with MPC 8260 Communication Processor O/S: VxWorks Tools: Tornado IDE. Brief Description: Worked on R&D project, based on the Q2931 standard by the ITU-T. The focus of the Project is on the development of Layer 3, i.e the layer below the Application layer and above the AAL layer and emphasis is mainly on the Control and Signalling Part of ATM Technology. Major advances on the Project have been in the Architectural Design dealing with the Sequence Flow Diagram (Flow of Messages from the User to the Network in point to point (Calling Party to Called Party) signalling. The reference is on the SDL (Specification Definition Language) of the Q2931 standard. Platform was Linux. Ported one layer of the stack from Linux to VxWorks with some major changes in the library files. Developing an OS Wrapper for the Stack in VxWorks and making it generic such that it can provide the operating system services to Protocol Stacks using the required APIs. Working on the Memory Services of the OSWrapper. Versed with the PCMCIA (while developing the memory modules) for interfacing with the MPC 8260 processor as a communication processor and supports ATM applications. Contribution: · Involved in analysis, design and coding. · Performed Unit testing and performance tuning for the module. · Involved in code reviews 17. Electronic Warfare (July 1999- March 2000) Project Environment: Languages: C, C ++ H/W: Spectrum Analysers. O/S: pSOS Tools : pROBE Debugger Brief Description: The project deals with the ESM (Electronics Support Measures) for jamming and detecting of the enemy radars in the real combat mode. I was responsible for the system study of the display processor of the system. Mostly covered the hardware aspects of the system. Analysed the system and gave the necessary feedback to a scientist. Was involved in preparing the SRS (Software Requirement Specification) of the system Contribution: · Involved in analysis, design and coding. · Performed Unit testing and performance tuning for the module. · Involved in code reviews 18. Digital Hydraulic Electronic Unit on LCA (September 1998 – June 1999) Project Environment: Languages: C, C ++ H/W: Complete development board for Unit Level and Dynamic Testing O/S: pSOS Tools pROBE Debugger Brief Description: The Project was executed for the Aeronautical Development Agency for the Indian Air Force, India as an integral part of the LCA. This project was a development project with pSOS+ as the platform. Languages used C and C++ and ASM. The expectation and the requirement of the client was perfection on Real Time Applications with Critical Mission Applications. All the issues related to design were done using Rational Rose using UMT(Unified Modelling Techniques) Contribution: · Involved in analysis and coding of test drivers. · Prepared test cases and created the functions to test the important functionalities. · Performed Black Box Testing · Performed Unit testing and performance tuning for the module. · Involved in code reviews