Embedded Software Engineer Resume

SUMMARY

Embedded Engineer with 3+ years of experience in requirement analysis, designing, developing, porting and validation Embedded Software for microcontrollers and processors.
High performance coding in ARM assembly, C, C++, Embedded C
Developed applications based on Linux Scheduling and Linux Memory management, Linux SysCall, POSIX Multithreading
Hands on experience in building and bringing up Boot loader (Uboot), Linux kernel, and Root File System, BSP
Good knowledge in handling the following protocols: I2C, SPI, LIN/RS - 232, CAN, TCP/IP and UDP/IP, Experience working with SDRAM, Flash and EEPROMs
Component level testing and debugging of various platform circuit boards and cross-functional experience in embedded systems development with further its production & customer support
Good knowledge of OS concepts and RTOS concepts
Good Understanding and experience of Data Structures, Algorithms and Complexity Analysis
Good programming experience in embedded systems with Keil and simulating designs exposure in performing gate-level simulations, verification engineering using Verilog and System Verilog
Experience using debuggers, oscilloscopes and logic analyzers.
Experience with IR and RF protocols, including Zigbee, Wi-Fi.

TECHNICAL SKILLS

Programming Languages & Scripts: C, C++, SQL, Perl, Verilog, Python, Tcl, Shell, MATLAB

RTOS: Embedded Linux, VxWorks, Free RTOS

Host Operating Systems: Unix, Linux, Windows, DOS, HP-UX

Configuration Management tools: GIT, SVN, PVCS, Clear Case

Protocols: TCP/IP,CAN, SPI, I2C, UART, RS 232, USB

Debuggers: GNU GDB, CANalyser

Project Management Tools: Rally, Project Communicator, RMS

Hardware: ARM, MIPS, MPC555 Motorola Power PC,x86, NXP LPC 2148

PROFESSIONAL EXPERIENCE

Embedded Software Engineer

Confidential

Responsibilities:

Implementing a vehicle control module was the main aspect of this position.
Using 'C' code programming we implemented a real time operating system on the microcontroller by Freescale.
For firmware we used the RTOS functions to control a real time clock by I2C.
One method of communication to other modules was through the CAN protocol J1939.
I implemented an H-bridge to control a motor for outside motion.
For version control, Tortoise SVN was used for daily activities, and CodeWarrior was the preferred suite for code development
Development of new firmware in C for traffic management/imaging devices on a STM32 ARM Cortex-M3.
Created first ever wireless mass firmware upgrade and PC software tool written in C to update traffic signs within minutes using a local PC and existing traffic controller (SBC).
Reduced company overhead (transport costs and transport time) by eliminating need to return signs to ADDCO for manual firmware updates.
Modified RTOS (uCOS-II) code to support current products that controlled the new devices.
Implemented, tested and designed low-level drivers (DMA, ISR peripheral routines, A/D, and TTL serial communication routines) to connected peripherals.
Developed and maintained revisions of technical documents, which include product specs and firmware, test plans that verify feature functionality of the product.
Provided technical support/troubleshooting of product failures for existing customers and production personnel.