Research Assistant Resume

OBJECTIVE:

To secure a role as an engineer , where I can combine my passion in designing and developing applications with driving goal of the industry.

SUMMARY:

1+ years of experience as an Embedded Software Engineer with development and maintenance of Engine related software’s. Hands on experience to work on VM Ware workstations.
1+ years CAN communication and protocol experience, software module testing, software verification, vehicle diagnostic.
1+ years of experience in software design and documentation practices.
6 months’ experience in using Verilog HDL.
Programming in C / C++, Verilog, Java, Python and Matlab.
Knowledge on Scripting and debugging with JTAG, GDB, Bash, Eclipse, Green Hills Multi, and Mentor Graphics Modelsim.
Expert Knowledge on PHY, MAC, UART, SPI, QSPI, CAN, LIN, SPI, I2C, UART, USART, CAN FD, TCP/IP, LAN, Ethernet - CSMA/CD, Bluetooth, WLAN, WiFi, ZigBee, RS232,MQTT, I2C firmware and driver writing experience.
Experience with FLASH, Confidential, Timers, peripheral drivers.
Knowlede on Digital electronics, schematics, and, board bring up.
Experience Debugging with emulators, debuggers, JTAG, IDEs, and unit tests.
Well versed with data analysis tools like Vector CANalyzer.
Expertise in microcontroller ( ATMEGA328, Arduino Uno, ARM Cortex M7, PIC, 8051, Altera, Infineon), RTOS, Embedded Linux.
Knowledge on System development for Embedded Linux, and Integrity RTOS on 32-bit ARM Cortex-A architecture.
Low-level driver and real-time threads for bare metal on AVR and MSP430 architectures.
Experience writing software interface for Xilinx and Altera FPGA programmed logic devices.
Proficient with oscilloscopes, function generators, digital multi-meters and tabletop AC & DC power supplies
Assessed threats, risks & vulnerabilities from emerging security issues and developed incident handling procedures.
Ensure the confidentiality, integrity and availability of systems, networks and data through planning, development, implementation and maintenance of programs, policies, procedures and tools.
Well-developed interpersonal communication skills, self-motivated, ability to set effective priorities to achieve immediate and long-term goals.

TECHNICAL SKILLS:

Languages: C, C++, Verilog HDL, Java, SQL, Python.

Communication Protocol & BUS: CAN, LIN, SPI, I2C, UART, USART,CAN FD, TCP/IP, LAN, Ethernet-CSMA/CD, Bluetooth, WLAN, WiFi, ZigBee, RS232.

Programming & Simulation Tools: Xilinx, HSPICE, MATLAB/Simulink, PSPICE, LTSPICE, ASCET.

IDE s: Eclipse, Windriver work bench, Dev C++.

Utility Tools: Microsoft Tools (Word, excel), IBM RTC, Jazz, DOORS, GIT.

Automotive Tools: CANoe, CANalyzer, dSpace Control Desk.

Microcontrollers: ATMEGA328, Arduino Uno, ARM Cortex M7, PIC, 8051, Altera, Infineon.

WORK EXPERIENCE:

Research Assistant

Confidential

Responsibilities:

Experience to work on Microcontrollers, actuators, microprocessors, FPGA boards and sensors.
Role involves assisting the present embedded research projects. preparing manuscripts, Soldering, testing, etc.

Embedded Software Engineer

Confidential

Responsibilities:

Responsible for developing Engine related software.
Responsible for doing UDS and XCP protocol testing.
Special focus on areas such as CAN, Flex ray protocols.
Embedded software component development for Engine ECU, and maintenance of existing software components.
Supported all phases of the SDLC i.e, Requirements, Design, Development, Review, Testing (V model).
Understand and negotiate specifications, designed and implemented code, created documents and descriptions.

Electrical Engineer-Intern

Confidential

Responsibilities:

Completed training on Testing of Electronic components and safety testing of Electronics and Electrical products.
Performed self-functional and timing verification using QuataSim in System Verilog HDL. Worked on UART, I2C and SPI protocols.
Worked on RISC based 32-bit C-class processor design, aimed clock speed 250MHZ .
Synthesized the design in 35nm technology using Encounter and performed static timing analysis.
Implemented diagnostic services on Engine ECU.
Responsible for development & testing of UDS messages for Engine ECU using company’s diagnostic tool.
Used Call by reference and call by value functions.
Mainly concentrating on displaying DTC codes, implemented algorithms for unlocking ECU (3 level security -seed & key).

Event Recorder

Confidential

Responsibilities:

Responsible for development and testing of crash recorder module for Confidential.
The project is responsible to store the data about the vehicle like speed, buckle status, RPM, during crash using CAN communication protocol.
It gets trigger from the sensor data to detect a crash.
Responsible for development and testing of Fault management module. It contains the list of all the faults that a system can have.
Fault Management basic functionality is to store the faults (current & previous ignition cycles) in Confidential . It also Supports clearing of the fault and clearing of entire fault memory based on the customer requirement.

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