Embedded systems Engineer Resume

SUMMARY

3 Years of experience in Embedded Systems spanning Automotive and Electrical Controls.
Hand’s on Experience with AUTOSAR, C /C++ Programming.
CAN communication and protocol experience, softwaremodule testing andverification, vehicle diagnostic.
In depth noledge of project execution principals and industry best practices in end to end implementation of V - model SDLC as well as AGILE methodologies.
Knowledge of Automotive control systems, Communication Protocols and its design and requirement tools such as MATLAB/SIMULINK and DOORS.
Working Knowledge of system diagnostics and events control, memory management concepts, and system me/O interfacing.
Knowledge on Python and Assembly language.
Knowledge of data networking and communication protocols such as CAN, SAE J1939, FLEXRAY, LIN, MOST.
Well versed with data analysis tools like Vector CANalyzer.
Knowledge of serial communication protocol such as SPI, I2C, UART.
Hands on experience microcontrollers like ARM, Arduino, Infineon, and PIC.

TECHNICAL SKILLS

Microcontrollers: ATMEGA328 Arduino Uno, ARM Cortex M7, PIC, 8086, Altera, NXP, Infineon.

Proficient with Programming Languages: C, C++, C#, Python, System Verilog.

Tool: DOORS, CANalyzer, PSPICE, LTSPICE, MATLAB/SIMULINK, ASCET, ModelSim, LabVIEW, dSpace.

IDE: Eclipse, Codeblocks, Visual Studios, Arduino IDE, IAR Embedded workbench.

PROFESSIONAL EXPERIENCE

Confidential

Embedded systems Engineer

Responsibilities:

Developed a framework for UDS based software loading tests which could run across several different ECU’s
Added UDS over CAN to a Hardware in teh loop (HIL) test system to increase test automation and provide test coverage.
Working on Advanced driver assistance systems- lane detection and warning systems.
Developing application software using C/C++.
Analyze CAN messages using Vector tools CANaylzer and CANoe.
Analyzing teh vehicle function documents and identifying teh actual change dat need for requirement analysis.
Developed Local Interconnect network to support applications where teh features of teh CAN bus were unnecessary.
Developed Embedded code for Interfacing with serial and CAN drivers, file management, communication system interfaces object oriented analysis and design (OOAD), task management, firmware development, and engine or power control applications.
Engaged in code generation from Simulink model into AUTOSAR based C code.

Confidential

Electrical Engineer Intern

Responsibilities:

Designed and developed a more accurate way for fuel level estimation of heavy vehicles using kalman filter(KF) with 85% accuracy. It shows teh fuel level estimation and also teh warning for low fuel signal and teh predicted miles teh vehicle can travel.
Used Longitudinal sensor so dat KF can predict teh future values accordingly and used teh ultra sound sensor to reflect teh sound pulse generated and combined all teh sensory values for KF. Used teh state space model and time discrete model for time detection.
Introduced Electrical control units(ECU) and CAN Bus to control engine, steering, piston movement and also teh sensor used.
Automation of test cases using CAPL scripting.
Applied Rapid prototyping models (RPS) to generate C code which is used for teh Simulink models.

Confidential

Embedded Engineer Intern

Responsibilities:

Designed ARM based embedded development board with built-in GPS, Cellular Module, Wi-Fi, and BLE.
Planned and made base code for ARM M4 processor and AT Mega controller in C++ platform to interface high speed and low power analog and digital sensors.
Introduced ECU Architecture using AUTOSAR software components.
Developed in AUTOSAR architecture files creation using Dspace system desk tool.
Studied teh internal behavior, runnable and AUTOSAR software components.
Worked on ARM processor and its internal and external peripherals to wearable core modules, IOT devices and types of prototypes.