Embedded Software Engineer Resume IL - Hire IT People

SUMMARY

5 years of experience in Automotive Verification and Validation in Active and Passive safety system.
Worked with automotive tools such as CANoe, Vehicle Spy, CANalyzer, MATLAB.
Working experience and knowledge about requirements and version management systems (DOORS, VM and JIRA).
Worked with VxWorks and LinuxRT RTOS.
Expertise in Embedded C programming on multiple platforms (Windows. Linux, OSX).
Good knowledge in standards and protocols like CAN, UDS, LIN, FlexRay, TTP, FTP, TCP/IP.
Hands - on with using such CAN based tools as CANalyzer and CANoe that are used to analyze the data transmission in automotive vehicle security system projects.
Experience in diversified Embedded Systems projects with domain experience in Automotive.
Exposure to various compilers, debuggers, emulators and IDEs.
Worked with ISO26262 safety framework to achieve functional safety on vehicles.
Experience with digital and analog oscilloscopes, logic analyzers, PC based simulating systems for Microprocessors, signal generators, etc.
Automotive domain experience in the field of Infotainment, Adaptive Cruise Control, Electronic Stability Control, Body Electronics, and Antilock Braking Systems.
Experience in GNU tools (gcc, gbd), Configuration Management Tools (ClearCase, CM synergy), and Requirement Management Tool (DOORS).
Good exposure to various stages of software development life cycle (SDLC) like Feasibility, Design, Coding, Testing, Implementation, and Maintenance.

TECHNICAL SKILLS

Languages: C, Embedded C, CAPL, MATLAB, Python

Protocols: CAN,MOST,LIN,I2C,UDS

Tools: CANoe, CANalyzer, DOORS, PSPICE,HSPICE, Cadence, AutoCAD

Microcontroller: PIC24, DSPIC33,ATmega8

IDE: MPLAB, Keil, Eclipse

Operating Systems: Linux/ Unix, Windows, Mac OS

Computer Skills: MS Office

PROFESSIONAL EXPERIENCE

Confidential, IL

Embedded Software Engineer

Responsibilities:

Involved in design and development of high quality software for Engine Control Systems.
Responsible for software implementation, integration and test.
Involved in circuits and schematics.
Programmed Embedded Systems in C/C++ to configure sensors and actuators.
Worked with hardware teams on board bring-up, power management and debugging.
Worked with test engineers to define and implement test harness and test equipment.
Documented the designed software, implementation, functionality, features of the developed code.
Debugged and resolved the bugs in the software based on change requests raised by the test teams.

Environment: C/C++, RTOS, Agile Methodology, Matlab/Simulink.

Confidential, MI

Battery Algorithms Engineer

Responsibilities:

Involved in Battery Management System (BMS) algorithm development for contactor controls, voltage and temperature processing.
Implemented and optimized algorithms in a MATLAB/ Simulink environment for deployment on embedded control systems.
Hand-coded algorithms using C programming language.
Established functional vehicle-to-battery networks and performed extensive system evaluations using CAN tools such as CANalyzer, CANoe, etc.
Tracked and maintained requirements traceability matrix using DOORS to ensure all system level requirements are met.

Environment: C, MATLAB/Simulink, CAN, SDLC, DOORS.

Confidential

Software Engineer

Responsibilities:

Contributed to After Treatment Controls development.
Designed controls to meet emissions norms in pre-launch phase.
Model based development was done in Simulink, Stateflow following MAAB and Misra C guidelines.
Project includes Software Development Life Cycle (SDLC) from requirement gathering to functional testing of available and new features being added.

Environment: Matlab/Simulink, C, SDLC.

Confidential

Junior Embedded Programmer

Responsibilities:

Involved in testing and analysis of the Simulink models for automotive ePKB as per the functional specification provided.
Developed and ran test cases for the model as well as analyzed the reports obtained through Verification and Validation to modify the test cases.
Documented the work product as well as underwent peer review for the completed work product .

Environment: Matlab/Simulink, Reactis.