Developer Resume profile, TX - Hire IT People

Experience Summary

Dynamic, competent and result oriented professional with 6.6 years of experience in Embedded System Software development, Automotive application development
Proficient C, C programming under LINUX, UNIX, WINDOWS OS.
Good knowledge of LINUX and ERCOS real time internals on different platforms such as x86 and ARM architectures.
Good understanding of the communication protocols CAN, USB, BAP
Development experience in Bluetooth and HMI components interface
Good Knowledge of Build management in Configuration management like CM Synergy, VSS
Good Knowledge of Agile Software Development Practices
Good Knowledge of Device drivers and Base port.
Good experience in handling embedded devices Oscilloscope, Logical Analyser, CANoe, CANalyzer
Familiar with UML and Design patterns Single Ton, Factory etc
In Depth knowledge in handling the Debugging tools such as JTAG, GDB, TRACE 32

Skill Set

Languages : C, C , Data structures
Operating Systems : Linux, UNIX, Windows
Real -Time Operating System : VXWorks 6.7
Scripting : LINUX, Python
Testing : Developed Test automation for boardsupport, messaging packages.
Configuration Management : CMSynergy, VSS
Hardware Architectures : NEC V850, NEC S12, ARM, 8051
Protocols : CAN, USB, BAP
Debugging Tools : JTAG, GDB, Trace32, IAR Embedded Workbench
Tools : GreenHills compiler, IECube Debugger, SVN, Araxes merge, CANoe, ICE-Emulator, Windriver Work Bench, GCC cross compiler, VSS, CAN analyzer, etc.

Career Project Summary

Confidential

Role : Developer

Tools : VxWorks, Cygwin, Eclipse, Linux, SVN

Responsibilities:

Responsible for development of embedded real-time control system software using C coding in VxWorks RTOS environment.
Responsible for development of software interfaces and performing unit testing of real-time embedded or application software.
Responsible to support the software engineering processes including software requirement analysis, implementation, test development and execution, software configuration management tools, project documentation.
Responsible for developing and executing unit test plans for software features, applications while adhering to Software Development Process.
Responsible for supporting the escalations and bug fixes found in the real-time control system software during alpha testing, beta testing of the software.
Responsible for delivering the software fixes or patches to the different baselines, release versions of the control system software.

Environment: C , VxWorks, x86, PCIe.

Confidential

Role : Research Assistant

Tools : Matlab

Responsibilities:

Responsible of understanding the basics of convex optimization techniques and transforming the concepts to image recovery.
Responsible for implementing the algorithms needed to support the image recovery technique via convex optimization in MATLAB.
Responsible for developing the code in MATLAB for solving the l-1 norm minimization problem using barrier method and primal-dual interior point method with the knowledge of C concepts.
Good background of Digital Signal Processing, Advance Digital Signal Processing, Digital Image Processing and Real time Digital Signal Processing.

Environment: C , Matlab, Image Processing.

Confidential

Role : Embedded software Developer

Tools : JTAG Emulator, GDB, VSS, GCC cross compiler etc

Responsibilities:

Understanding of USB 2.0
Device Driver development for USB Device Driver.
Debugging and Bug Fixing
This is done by forming USB Request Block URB and submitting them to the target library.

Confidential

Role : Embedded Software Developer

Environment : IAR Embedded workbench, Platform builder, CANoe. C, WinCE, CAN

Responsibilities:

Design, development and testing of Serial communication Interface.
Design, development and testing of Interrupt handling routine at core package of operating system and SPI driver application.
Analysis and configuration of RAM expansion module.

Confidential

Role : Embedded Developer

Tools : GCC cross compiler, Intel SA-1110 board, GDB

Responsibilities:

Developing Customizing Linux for strong arm
The OS is ported using a Cross Platform for Intel X86 to ARM architecture.
The development environment is created using GNU Glibc, binutils and gcc individually cross-compiled in order to support ARM architecture.
The target Board runs with Initial Ramdisk kept on the flash device along with bootloader.
A JTAG download method is used to write on-board Flash.
The tuning data and other target board related files are stored in DOM.

Environment: C, LINUX, ARM