SUMMARY:

• 5+ years of professional experience in Electrical Systems and Software Design and Development.
• Good experience in software development processes like Agile, Waterfall and V - Model.
• Strong knowledge in OOD/OOP and practical object - oriented design skills.
• Experience in working with multi-threaded Real Time Operating Systems like VxWorks.
• Designed embedded systems with Keil and Microchip PIC micro-controllers and exposed to various compilers, debuggers, emulators and IDEs.
• Experienced on 8/32-bit Microcontrollers LPC2106 (Philips), H8SX(Renesas), 8051 based microcontrollers.
• Good knowledge in standards and protocols like CAN, UDS, LIN, Flexray, TTP, FTP, TCP/IP.
• Used tools like CANoe, CANalyzer, CANape and dSpace Control Desk.
• Exposure to AUTOSAR architecture.
• Good knowledge in PCB DESIGNING and SIMULATION of CIRCUITS.
• Experienced in LED systems design, Optical design, and Embedded software design.
• Experienced in Embedded C/C++, MATLAB, SIMULINK and Real Time Workshop based applications, developing Test Environments and Embedded C/C++ test scripting, White/Black box testing.
• Technical knowledge consists of Embedded Systems, Serial Communication Protocols like UART, SPI, I2C, UDS Protocols, RTOS and Bootloader.
• Supported Open Source Zulu Embedded Java builds, by providing customers with appropriate builds for their specific needs and by testing on different hardware platforms such as Raspberry Pi, Intel Edison and Beagle bone Black.
• Experience in Configuration Management and Requirement management tools such as ClearCase, DOORS.
• Worked on implementing Embedded Device framework for corporate demonstration of device tracking using Zing, Zulu, Kura, Kapua, HawkBit, Eclipse IoT Open Testbed, Maven.
• Experienced with software integration activities. Worked on various architectures of Linux Kernel.
• Working experience and knowledge about requirements and version management systems (DOORS, VM and JIRA).
• Ability to learn and master new technologies with good analytical and problem-solving skills.

TECHNICAL SKILLS:

Operating Systems: Windows, Linux, VxWorks

Programming Languages: Embedded C/C++, Assembly Language, Java

Testing and Management tools: EmbUnit, DSpace, DOORS, ClearCase

Debugging Tools: GDB, TRACE 32, JTAG, Code warriors

Communication Protocols: AN, MOST, I2C, UART, RS-232, SPI, Flexray

Design and Simulation: LabView, CANoe, CANalyzer, MATLAB, Cadence Virtuoso, VHDL, Verilog PLC, SCADA, Siemens PLC Programming, PCB Designing

Methodologies: SDLC, Agile, Waterfall, V-Model

Confidential, OH

Embedded Engineer

Responsibilities:

• Developed embedded control system software to implement robust diagnostic strategies that could meet the OBD regulations.
• Involved in every step of SDLC process like requirement analysis, designing, coding, testing and documentation at each stage.
• Embedded C development on Linux environment.
• Involved in developing software interfacing modules for automotive communication protocols such as CAN and Flexray.
• Integrate AUTOSAR application SWCs with RTE & BSW.
• Enhancement of pre-existing subsystem models using MATLAB / SIMULINK which were developed for project.
• Involved in building test framework and test automation using Java, C and C++.
• Performed system-level integration of the software.
• Involved in code review and regression testing process.
• Responsible for definition, development and maintenance of embedded software applications for use in Locomotive Control Systems.
• Develop the test cases for the high-level requirements and Low-level MATLAB models and update in Doors Test cases module.

Confidential, Milwaukee

Electrical Test Engineer

Responsibilities:

• Developed C/C++ code for UI display.
• Developed C for testing and debugging of firmware for Texas Instrument MSP430.
• Maintained the code standards for uniformity in the project as described in the design guide.
• Analysed and developed solutions for bugs reported for proper functioning of the firmware.
• Used Microsoft Visual source safe for code maintancess. Used Microsoft Dynamics CRM for reporting maintaining and solving BUGS. Used USB communication for serial communication between firmware and drivers.
• IAR workbench is used for testing and developing Firmware for MSP430. IAR workbench is used for line by line debugging using breakpoints.
• Texas Instrument Microcontroller MSP430 is used using ANSI C. Texas Instrument Debug Interface MSP-FET430UIF is used for debugging.
• Documented all the developments, design structures and bugs. Developing, Debugging, Testing and Documentation.
• Researched and answered questions regarding the existing architecture. Developed firmware and bug fixes as tasked.
• Experience with Generators, Transformers, Motor Controls or HVAC systems.
• Inspected code for compliance with functional as well as style requirements. Reporting and tracking bugs using Clear Quest.
• Utilized Digital oscilloscopes, DVMs, Logic analysers, Spectrum analysers, and equipment used for CE standards qualifications.

Confidential

Electrical Engineer

Responsibilities:

• Configure, integrate, and test new system hardware such as IO modules, PID controllers, pH probes, industrial PC (IPC), uninterruptible power supply (UPS), human interface machine (HMI) using Modbus TCP/RTU via RS-485 and ethernet.
• Constructed power and lighting controls using AutoCAD and Revit.
• Electrical power circuit and control circuit by using Auto cad 2D-3D, Pro E for 3D modelling of control panel (general assembly drawing, bus bar) Solid woks. Used Revit for layout drawing, Panel circuit wiring, wire harness, routing through sleeves, crimping terminals onto wires.
• Followed Agile Methodologies to manage full life-cycle development of the project and used JIRA to keep track of the development changes.
• Coded embedded software in STAMP and SPIN Programming Language for design specifications.
• Responsible for software implementation, integration and test.
• 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.
• Involved in testing and analysis of the Simulink models for automotive ePKB as per the functional specification provided.
• Strong knowledge of high voltage instruments testing.
• Developed and ran test cases for the model as well as analysed 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.
• Developed C code in an embedded microcontroller environment.
• Developed code using Simulink MATLAB function blocks and compiled the Code using embedded coder with fixed step and discrete solver.
• Experience with using National Instrument LabVIEW, VB.NET etc. programming language for test system development based on windows operation system (PC).
• Designed high speed, multi-layered SMT circuit boards for use in the Computer hardware industry. Used Mentor Board Station, Design Architect, Fablink, Librarian and Layout tools.