PROFESSIONAL SUMMARY:

• Around 4 years of work experience in IT industry.
• Very Strong in C and Assembly language programming and debugging code.
• Very strong in IPC and writing optimized code and troubleshooting.
• Extensive Automotive domain knowledge (Injection system, Diagnostics, Battery management, Hybrid vehicles, Air system).
• Good hands on experience in firmware development for memory devices, sensors, actuators, displays.
• Working experience on NFV module of IPsec and SDN environment.
• Experience in Control software development & testing.
• Hands on experience in using IDE’s - MPLAB-X, IAR, Keil, Microsoft Visual Studio -2010, Eclipse.
• Hands on experience with INCA, Lauterbach.
• Experience and good knowledge in IPsec, WLAN, CAPWAP and DTLS protocols.
• Knowledge of AUTOSAR and ISO26262.
• Working experience and good knowledge on Driver porting of different Hardware like Sec Engine, Control plane and Data plane development tool kit (DPDK) software.
• Good at Creating Python scripts to automate the generation of C code for various models.
• Knowledge on KVM, QEMU and SDN environments.
• Very Strong in Multi-threaded development and POSIX thread programming.
• Developed tools using Python, Shell scripting and XML to automate data flows.
• Very good command in writing Platform and OS Independent software.
• Hands on experience in Unit test script using Python including creating stubs.
• Good knowledge on Data structures, BSPs, Firmware, Verification and Validation (V & V)
• Very Strong in understanding the system software architecture without any assistance
• Very good problem-solving skills.
• Ability to work independently within tight deadlines, a self-motivator, team player

TECHNICAL SKILLS:

Languages: C, C++, MISRA C, Python, Linux

Platforms: VxWorks, Embedded OS, GitHub

RTOS: QNX, VxWorks 5.x, Nucleus, ThreadX, SDN

Design and Simulation: Vector CANoe, CANalyzer, MATLAB, SIMULINK, AUTOSAR

Communication Protocols: TCP\IP, SPI, I2C, UART, CAN, Infotainment, Bluetooth, USB, Zigbee

Debugging Tools: GDB, TRACE 32, JTAG, Microsoft Visual studio

BUG Tracking Tools: Bugzilla, IBM Clear Quest, JIRA, Clear case

PROFESSIONAL EXPERIENCE:

Confidential, Mayfield Hts, OH

Embedded Software Engineer

Responsibilities:

• Understand the FRS document and technical documents of Integrated Comms & Execution ASIC (ICE1) code.
• Responsible for developing complete and accurate design description for ICE1 safety integration level 2.
• Source code findings of Integrated Comms & Execution ASIC (ICE1), a new dual ARM9-based processor ASIC such as suspected memory leaks on Linux operating System.
• Finding inefficient source code implementation that may require further analysis.
• Pull the source code from the repository using version control tool like ClearCase.
• Using Studio 5000 Logix Designer from Confidential to design and configure the ControlLogix system on VxWorks Operating System.
• Implement and test new features for Common Rail Diesel Injection functionality and Air System functionality for diesel cars on Tricore processor.
• Worked on In- Vehicle Infotainment (IVI) system.
• Worked on IPC and troubleshooting.
• Develop unit level and system level test cases.
• Working on C/C++ code and debugging with emulator using Wind River work bench which provides the IDE for accessing and compiling the product source code for NetLinxUCS based products and controllers with a NetLinxUCS AUX ARM on VxWorks Operating System.
• Developing or modifying python scripts based on the project requirement.
• Initiate the code review using Code collaborator.
• Failure analysis and bug fixing.
• Bug/Defect tracking using JIRA Tool.
• Created Unit test script using Python including creating stubs.
• Meeting the project deadlines and contributing towards timely release of product.
• Guide new team members to understand the application.

Confidential, Chicago, IL

Software Engineer

Responsibilities:

• Understanding the specifications & RFC’s thoroughly.
• Validation and verification of functionality, protocol using Python Scripting.
• Preparation of design document for the verification software and System verification and boot code development.
• Preparation of functional test plan document for microcode verification.
• Development of verification software in C/C++ - Coding, Unit testing & Regression testing.
• Initialization of IPSec Vector for Cipher Block Chaining mode of operation.
• Enhancing CAN protocol to support networking functionalities.
• Algorithm on computer Vision.
• ADAS camera module programming, scoring and testing.
• Customer Support building software/hardware programming fixtures for forward facing camera modules.
• Low Level Device driver development - A to D, I2C, SCI, RTC, GPIO
• Freescale HC9S08RN60 / Cosmic compiler / Zap debugger.
• Built 16-way camera module programmer using Value CAN's to program/Flash Mobil EYE
• Experiencing with MATLAB, OpenCV, NXP S32 Design Studio, and Version Control.
• Worked on Python script for MWD tools firmware automated tests and documented the Python library using Sphinx.
• Designed and implemented GUI application using Python.
• Developed Python APIs to decrypt, sign and encrypt messages between users using public and private keys.

Confidential, Santa Clara, CA

Firmware Engineer

Responsibilities:

• Creating a virtual machine with Ubuntu Lucid/Trusty rootfs.
• Installing Ericsson supported kernel on virtual machine.
• Creating user space applications package for Ericsson IPOS.
• Providing a mechanism to upgrade images (DFM - Distributed file manager).
• Creating infrastructure to plug-in the existing the forwarding engine.
• Setting up system for 64 slots and programming the common attributes.
• Creating infrastructure for platform admin daemon on RP, Card admin daemon on LC.
• Providing mechanism for card insert/deletion and other operations, RP redundancy role arbitration.
• Providing various configuration options for features with feature knobs.
• Setting up host bridges for chassis backplane connectivity.
• Creating a general-purpose image for RP and LC for reference router (Virtual router).
• Create a general-purpose Ethernet based card with vNICs.
• Fast failure notification (FFN) for FRR.
• Event tracking infrastructure using TIPC.
• Fast event notification (FEN) using TIPC.
• Adding logs and debug utilities.
• Hands on experience on Python, Perl, Shell and GUI Make scripting.
• Development & Enhancement of new or existing Python based automation tools such as RFID removal and insertion using servomotors, send click events and QNX commands for testing.

Confidential

Embedded Developer

Responsibilities:

• Device bring-up, add and verifying above mentioned feature support on devices.
• Porting and Testing Hardware devices related issue from one platform to another platform.
• Bug Fix on Driver related issue on Temperature sensor.
• Aiding the team and training the fresh engineers.
• Developed embedded C/C++ code to interact controller according to requirements.
• ADAS camera module programming, scoring and testing.
• Well versed in device communication protocols such as USB, Ethernet, WIFI and Bluetooth.
• Prototyped hardware for a Bluetooth interface to wired USB fingerprint sensors (with firmware written in C) and demonstrated communication with applications on iOS and Android.
• Enhanced image-capture and processing SDKs (in C++) for ARM Linux and Android. Implemented new Java/JNI wrapper for SDK and resolved previous limitations with Android USB communication.
• Running and Leading the SDN/NFV trial for LTE/EPC.
• Running and Leading the SDN/NFV trial for Affirmed Networks in LTE/EPC space (VMWare, KVM, Hyper-V).
• Responsible for the implementation of IEEE 802.1 a/b Standard under Ethernet based network.
• Worked on BSP development.
• Responsible for the implementation of Audio/Video Subsystem with respect to HD set-top Box decoder.
• Functional testing in CANalyzer and Canoe simulation devices.
• Implemented Low-level kernel RTOS debugging with GDB.
• Control feedback algorithm design and testing using MATLAB
• Developed Network, Serial, and Parallel and Mouse drivers for Linux 2.4 kernel.