SUMMARY:

• 9 years’ Experience in Embedded Software Design and development of Automotive Electronic Control units (ECUs) and their application and integration in Vehicle Design
• Experience in Embedded C, C++, Design Patterns, Singleton, Multithread programming, Device driver coding, C++11 and C++14
• Experience with Linux kernel, device drivers and device tree
• 2 years’ experience with the requirement management tool DOORs
• Experience with CAN application development, Audio, Bluetooth, and vehicle diagnostics development
• Experience with CAN protocol and device driver development
• Familiarity with x - 86 architecture
• Experience with QNX, Linux, Vxworks Operating systems
• Experience in Autosar Runtime Environment, Microcontroller abstraction layer development
• Experience with Linux Curl functions, Lib Curl, Linux command library
• Experienced with Software and Calibrations work and Vehicle Serial Data Communication using LAN, LIN, and MOST networks
• Experience with common electrical test equipment (meter, scopes, etc.) Oscilloscope and logic analyzer
• Knowledgeable of MOST, LAN, and LIN
• 2+ Experience with common scripting language like CAPL, Python & Linux
• Experience with automotive electrical systems and functional sub-systems
• Knowledge of engineering software and systems as it pertains to Audio Systems
• Experienced in audio test equipment
• Experienced with quality measurement techniques like MISRA-C & QAC

TECHNICAL SKILLS:

Languages: C, C++, Verilog HDL, System Verilog, VHDL, Perl scripting, TCL (Synopsys), Assembly Language

EDA Tools: Cadence, VCS Synopsys, NC Verilog, Xilinx ISE, Chipscope Pro, Vivado design suite, Xilinx plan Ahead

Applications: MATLAB, Simulink, Adobe Photoshop, Auto-CAD

Synopsys Tools: Design compiler and IC compiler

Operating systems: Windows, Linux, QNX

Embedded Protocols: CAN, LIN, MOST, SPI, I2C

Requirement Management Tools: DOORs, Assembla.

Perforce Scripting Languages: CAPL, Python & Linux

PROFESSIONAL EXPERIENCE:

Confidential

Senior Embedded Design Engineer

Responsibilities:

• Manifest file parsing using Json Library Json-C
• Making the object oriented design in IBM Rhapsody tool
• Implemented design in C++ and unit testing in Gmock
• Worked on OTA and implemented the sequence to integrate the bin files and logic to download the software in the chunks
• Worked on UDS client and UDS server in implementing UDS flashing sequence for OTA

Skills: C/C++, JIRA, GIT, VISUAL STUDIO

Confidential

Senior Embedded Software Engineer

Responsibilities:

• Worked on Qnx bsp development for product FORD LX cluster for IMX8 Processor
• Implemented QTD (secure file system) for apps efs and assets efs in qnx environment
• Root causing the defects corresponding to qnx drivers for uart, i2c etc
• Improved the boot up time for product Ford LX cluster in qnx operating system for IMX8 processor
• Worked on diagnostics module, implemented critical diagnostic services needed for production
• Worked on Cyber security features, working with the api’s that decrypt the data
• Fixed the production issues for diagnostic module in UDS protocol
• Implemented the set-up the environment for vector cast
• Unit testing using vector cast
• Fixed the issues corresponding to OTA (Software update over the air)
• Worked on OTA (software update over the air) testing and defined new test cases to see any malfunctioning might occur at production time

Skill Set: C, IMX8, V850, lauterback, J-link, RTC(rational Team concert), Jenkins, QNX operating systems, Diagnostic Engineering tool, CANoe, UDS

Confidential

Embedded Software Developer

Responsibilities:

• Worked on voice control module (VCA module) for Ford Sync Gen 3.2v2
• Worked on illumination design and implementation of platform work using C++ in QNX environment
• Worked on HMI AL implementation, routing the CAN signals to HMI through HMI AL, writing the DPs and triggering the hmi events
• Implemented smooth dimming algorithm for vehicle infotainment using all multi-threaded concepts
• Worked on rear view camera (RVC) module for vehicle infotainment, implemented off-road forward view camera features
• Unit testing using GMock to test c++ based code and Cmock to test C based code
• Currently supporting DCRs, new enhancements for Ford infotainment FORD sync gen4
• Automated test cases related to camera using python in robot test framework

Confidential, Peachtree city, GA

Embedded Software Developer / Software lead

Responsibilities:

• Primary domain: IPC features (CLUSTER communication with HU), also worked on enhancement on Arabic language support on cluster
• Involvement in software development of FCA Head unit (Fiat Chrysler Automotive Infotainment) communication with cluster over the CAN bus using C and C++ in QNX operating environment
• CAN application development supporting new CAN messages (CAN signals) For new features using Vector Geny Tool
• Lower level device driver’s development for CAN and coordinating with vector team
• Debugging the critical issues like black screen and Reset issues which needs code review and sequence diagram understanding
• Developed the quick rear view camera feature in Head unit (Infotainment platform) using c++ design patterns and OOPS concept
• Improvements in current design to meet the efficient design and also to meet the customer requirements with minimum CPU usage
• Customer requirement analysis and actively communicating with customer for requirement clarification if needed using Doors Next Gen in Agile software development process
• Involved in software development of features like CD module communication with Head unit (Infotainment), Tire Fill Alert and language selection of Head unit
• Root causing the hardware issues which blocks the development of features mentioned above
• Code review of fellow developers helping them to understand the coding standards according to Misra C guidelines
• Efficient using of memory leakage tools like valgrind and code coverage tools
• Worked on RH850 which is Autosar based OS
• Coordinating with Offshore team and resolving the blocks that team is facing
• Issue reproduction of defects which has insufficient log information
• Integration of our process into main integration stream, sanity testing and integration testing of the defects I resolved
• Lead the team of 22 people including teams across the Russia, India, and china
• Planning, assigning and coordination activities in agile environment
• Planning the activities for sprints, task prioritization and assigning the work among the team
• Performance analysis and generating the report of teamwork

Environment: QNX, C++, CANalyzer, DET tool, Canoe, Panasonic internal tools, QNX, HEW workshop, Renesas - Emulator, CANalyzer tool, UDS ISO 14229, python, CAPL scripting, MOST, CAN, Python, DOORs