Electronics Engineer Resume Troy, MI - Hire IT People

SUMMARY:

Experienced Electrical & Electronics Engineer with 3 years of working knowledge in Automobile domain proficiency in embedded design and control Modeling using MATLAB and PSPICE.
Expertise in development, analysis, simulation of ECU’s &. Validation of ECU’s and Automobile parts with HIL testing.
Experienced in the operation of LIN, Engine Calibration, Micro Auto box, Vector Tools.
Profound Knowledge on the working of CAN, Diagnostic Engineering Tool, Power Train Control Systems, OBD.
Experience with automotive interior product domain like instrument cluster and body control module.
Profound knowledge in Root Cause Analysis and problem management with six sigma principles.
Adept at explaining extremely complex engineering principles and procedures to a wide variety of professional and non - professional audiences.

TECHNICAL SKILLS:

Tools: HIL version1.0, FORD DET, Vehicle Spy, DOORS PSPICE, Lab View, MATLAB, Auto CAD, CANape, CANalyzer, CANoe, Tableau, MS Office

Databases: SQL Server 2008, My SQL.

Programming Languages: C, Embedded C, SAS, R, SQL

Communication: CAN (Neo VI FIRE), LIN, GMLAN

Hardware: Crank Pulse GUI.vi, Micro Auto box, Vector Tools, PIC.

Modeling: Root Cause Analysis, FMEA, Six Sigma Process, Failure Mode Analysis.

Instruments: Multimeter, Function Generator, Oscilloscope, Sensors and Actuators

PROFESSIONAL EXPERIENCE:

Confidential, Troy, MI

Electronics Engineer

Responsibilities:

Tested Ford Upfitter Interface Module (UIM) P558 GUI with test specifications using VEHICLE SPY.
Tested CAN signals on NeoVI fire CAN module by using VEHICLE SPY and documented the results.
Installation of Boot Loader into ECU’s, Flashing of ECU’s by using Green Hill Probe V3 along with the download of firmware for the testing and production modules are performed.
Involved in the preparation of Test Plan Reports and Test Cases to run a HIL Setup. Flashing the different software update based on the OEM requirement documents.
Performed smoke functional regression and in - vehicle testing.
Troubleshooting the issues in automotive systems using diagnostic tools such as CANoe, CAN analyzer, LIN.
Performed HIL Testing on SUBARU Power Lift Gate (PLG), Power Rear Gate (PRG) and GM Latch Gate.
Logged issues, failure mode description, identify the root cause and suggest corrective action to the team.
Reviewing the protocols and reports for compliance with internal validation and documentation standards and coordination of activities with manufacturing of ECU.
Familiar with the MS CAN signal attributes.
Communicated and coordinated tasks with the Lead testing engineer.

Confidential, Morgantown, WV

Research Assistant

Responsibilities:

Designed a microgrid like distribution system in real world using Simulink and MATLAB for the analysis of capacity firming and load frequency control using PV (photovoltaic) cell.
Implemented control strategy for battery energy storage system and inverter using Simulink.
Designed and modeled transmission line, distance relay in a distribution system and regulated area control error in presence of system uncertainties and external disturbances using Simulink.
Conducted engineering and detailed experimental tests to collect design data and assist in research work.

Confidential

Controls Engineer

Responsibilities:

Modeled the engine state system for stall, crank and run states to maintain the engine speed using SIMULINK environment.
Analyzed and decoded CAN messages using J1939 protocol.
Conducted engine calibration for fuel injection timing, spark system using Mono Tune for OBD validation.
Tested and validated electrical hardware like actuators, sensors on the engine module and maintained desired operation utilizing diagnostic trouble codes.
Assisted with the preparation of feasibility studies prior to the project implementations.
Fabricated electronic instruments like oscillators, function generators, amplifiers using PCB
Diagnosed the electrical faults using Multimeter, oscilloscope, and function generator by inferring schematics within designated schedules.
Coordinated and provided reports to project engineers and appropriate regulatory officials.

Confidential

Electrical Engineer

Responsibilities:

Worked with senior management to eliminate bottlenecks in the battery assembly plant.
Carried out root cause analysis and proposed and implemented successful solutions.
Monitored defects on Battery assembly line and proposed solutions.
Prepared Standard Operating Procedures (SOP) and maintained Bill of Materials (BOM).
Participated in continuous improvement and fool-proofed various work stations.
Ensured all customer specifications were met in product development and verification by implementing requirement traceability matrix, cause and effect matrix.