PROFESSIONAL SUMMARY

• 2 years’ experience as an Embedded Controls Engineer
• 2 years with Embedded Control Systems specially in ADAS (Advance Driver Assistance Systems)
• Proficient with C code language (C+, C++, C#, etc.)
• Experience with Automotive electrical
• Experience with Automotive mechanical
• Hands on experience with CAN tools - Vector CANalyzer.
• Good working knowledge in protocols like CAN, LIN, FlexRay, TCP/IP.
• Proficient in MATLAB/Simulink System Model Development, State flow and Target Link.
• Familiar with MS-Office, CANdb and Visual Studio, lab equipment such as functional generator, oscilloscope.
• Got hands on experience on using SVN Tortoise (Repository Tool), IBM Rational Doors (Requirement Management Tool).
• Experience in Defect Management Tool JIIRA for logging and Tracking the Issue.
• Played key role in ensuring the timely deliverables of hardware, software & calibration inputs associated with the HIL(Hardware-In-Loop) testing using DSpace and ETAS.
• Expertise in using Trace Window and DTC Monitor in CANalyzer to check the CAN Communication and Diagnostic Trouble Codes.
• Expertise in Understanding the Requirement Document & Implementation Document.
• Involved in Requirement analysis, Test plan creation, writing Test cases, updating Test cases, logging defects and re-verifying them.
• Proficient in Performing testing and validation of Electrical systems & Vehicle Infotainment System.
• Skilled in different levels of testing like Vehicle Testing, Bench Testing, Functional Testing, Integration testing, HIL testing and SIL testing
• Experienced on Working Different modules like BCM (Body Control Module), TCM (Transmission Control Module) EGC (Electronic Gauge Cluster), ECM (Engine Control Module) and PCM (Powertrain Control Module).
• Involved in complete System Development Life Cycle - requirement specifications, developing system specifications, design, development, test and delivery.
• Have very good exposure to software development life cycle like Feasibility, Design, Coding, Testing, Implementation and Maintenance
• Have excellent communication, Multi-tasking abilities and good analytical skills.
• Excellent written and verbal communication skills and a Good Team Player.
• Always eager to learn things quickly and Quickly adaptable.

TECHNICAL SKILLS

Software: Vector CANalyzer 10.0, MATLAB, Simulink, IBM DOORS, Dspace Hardware in loop (HIL), PSpice, LabView, LT-Spice, Dimond Logic Builder.

Programming: Embedded C, MATLAB Scripting, C & C++.

Communication protocols: TCP/IP, CAN, LIN, J1939.

Operating Systems: Windows XP/7/8, Linux, MAC

Hardware: Woodward ECUs, Kvaser CAN, Vector CAN Interface VN1630, Nexiq USB-Link 2.

PROFESSIONAL EXPERIENCE

Electrical Engineer

Confidential,Auburn Hills, Michigan

Responsibilities:

• Designed and taken care of the engine controller and related electronics, controllers for safety systems like airbags and anti-lock brakes, the battery, starter and motor, radio and infotainment, navigation systems, electric locks, electric windows, electric windshield wipers, electronics actuators, door sensors, indicators.
• Involved and worked hard to increase the reliability of every system from brakes(ABS), steering (electronic power steering), suspension (purely active suspension like MR dampers (magnetorheological smart fluids), safety (airbag), driver comfort (adaptive cruise control).
• Performed In-Vehicle testing for the Electrical systems on different modules like BCM, ECM, TCM and ABS
• Involved in testing on electrical/electronic solutions to verify and validate proposed design solutions.
• Responsible for design, package and development of audio systems, including AM/FM radio, audio amplifier, antenna, reception and acoustical performance, and integration of entire audio system.
• Developed and modified test cases for testing various vehicle components and performing corner and negative test cases along with positive test cases.
• Involved in flashing the software to the controller in the vehicle using Diagnostic Tools.
• Good at understanding the State Diagrams from the Test documents.
• Used NI LabVIEW for recording and monitoring the CAN data.
• Very good at looking the FMI’s (Failure Mode Indicators) using J1939 DTC Monitor.
• Expertise in using the J1939 Scanner and CAN Statistics to check the bus communication and the error frames.
• Hands on experience on using different layers like Data link, Vehicle application layer and Application layer in J1939 OSI model.
• Used CAN IG (Integrative Generator) Block for Transmitting the CAN messages using the PGN (parameter Group Numbers) and SPN (Suspect Group Numbers).
• Used 500K (Public Powertrain/ High speed), 250K (Chassis/Cab) and 125K (Low Speed HMI) on OBD connector (On-Board diagnosis) to check J1939 communication.
• Worked on commercial vehicles like On-road/Off-road Trucks and School buses.
• Used MATLAB for Vehicle networking, simulations, vehicle-in-loop simulation and implementation of existing algorithms.
• Created and ran simulations for our design with the use of Matlab/Simulink.
• Gained hands-on engine control software development experience using MATLAB and Simulink.
• Created softwaremodels using Matlab Toolkits
• Design and develop HMI application for car Infotainment system for Fiat Chrysler Automobiles using C++, QT on QNX.
• Worked on HMI team with multi domain such Audio/Phone/Bluetooth/Climate/Navigation
• Responsible for HMI development of satellite/ip based radio and user profile modules.
• Implemented CANanalyzer project with CAN configuration, design Panels and CAPL scripting.
• Supported the Vehicle test engineers by analyzing the CAN log and resolved issues on vehicles by identifying CAN messages.
• Created the Test Document from the DRD (Design requirement Document).
• Documented findings from the CANanalyzer tool in Microsoft Excel.
• Implement CAN bus protocol for Vision System metadata.
• Embedded Systems Design using C/C++ and Micro-controller.
• Understood the basics ofEmbeddedSystems and its programming modules.
• Used embeddedLinux, CAN bus, and SPI communications to create a communications system between devices Used Siemens SK-167CR microprocessor to implement J1939/CAN communication.
• Performed the Electrical Systems components test and filed the reports
• Attended for Test procedure review meetings and helped in reviewing the documents.
• Collected data to analyze and summarize trends and project original design solutions. Captures and communicates lessons learned.
• Maintains product and production through troubleshooting and re-engineering as needed. Keep the product operational through root cause analysis, re-engineering, troubleshooting, collective analysis of available data.
• Works with Quality toward correcting and preventing product issues, improving processes, and new design of testing methods and product capabilities.

Lab Assistant

Confidential, Erie, PA

Responsibilities:

• Supervise students working in the electrical manufacturing areas.
• Supported students with model-based software (VHDL programming model) and provided assistance for hardware and other equipment.
• Guided students the usage of LabVIEW (NI tool) in instruments and measurements.
• Used MATLAB for ICI self-cancellation Techniques, Digital Signal Processing, Image processing.
• Guided students the use of OrCAD PSpice, Cadence PCB layout for designing electronic circuits.
• Provide the technical help regarding the interfacing the microcontroller to the real world.
• knowledge to students how to refer to the data sheets of various microcontrollers.
• Support students with using C skill sets on 32-bit microcontroller.
• Guided students to create full documentation(DVP&R) for various automotive related projects.
• Organize and store equipment and supplies in the lab.
• Actively participate in professional development activities, which could include workshops, conferences, and on-campus lectures as deemed appropriate by the Professor.
• working environment throughout all spaces associated with the School of Engineering and Technology.
• Designing and Verification of Signaling Interlocking Plans.
• Designing and Verification of Table of Control(TOC) or Route Control Chart(RCC).
• Verification and Validation of Interface Circuits (Signaling Circuits).
• Preparing a Standard documents for verification and Validation Process.
• Performed Embedded C Programming for Control of Power Electronic Converters.
• Experienced in Programming of Digital Signal Controllers, development of Control Architectures and testing in real time environment with cross functional teams for the integration of the product.
• An active member of Design, Development and Testing in-house and in-field.
• Experienced in Programming of Digital Signal Controllers, development of Control Architectures and testing in real time environment with cross functional teams for the integration of the product.
• Root cause Analysis