M.S. in Electrical Engineering and B.S. in Vehicle Engineering

Cell: 313-***-****

E-mail: ******@*****.***

LinkedIn: linkedin.com/in/binbai

Address: ***** * ** **** **. Southfield, MI 48076

Summary

Proficiency in Modeling and Control of Power Electronics and Electric Vehicle Powertrains.

Familiar with Hybrid Vehicle, Automobile Structure, Transmission Design, Powertrain, Dynamic Analysis.

Expertise in MATLAB Modeling, Data Analysis, Simulation, Optimization, Prediction, Software Development.

Full Professional proficiency in English and Mandarin. Skills

Mechanical Design: CAD (NX 7.5), Auto CAD, CATIA, SolidWorks

Experiment: EIS Test, Adhesive Coating Compatibility Test

Computer Skills: MATLAB/Simulink, Python, Linux, C, C++, Visual Basic (VBA), GUI, DSPACE HMI, Word, PowerPoint, Excel, Access, LabVIEW, Database (Oracle), SQL, SPSS Education

Wayne State University, Detroit, MI 08/2013-05/2015 M.S. in Electrical and Computer Engineering GPA: 3.83 / 4.0 Jiangsu University, China 09/2009-07/2013

B.S. in Automotive Engineering GPA: 3.39 / 4.0

Work Experience

Electrical Engineer, General Motors Global Research & Development Center, Warren, MI

(Contractor from Optimal CAE) 09/2015-Present

CFRP Ultrasonic Welding (UW) Data Analysis

Work in the Composites Processing & Joining group as an Electrical Engineer.

Use various analytical toolkits in MATLAB to understand correlations between a large amount of manufacturing process data being generated from a LabVIEW monitoring system and weld spot quality.

Collect LabVIEW data from manufacturing and finish data matching and data cleaning.

Insert data into Database and develop apps to retrieve data for further analysis.

Develop Graphical User Interfaces (GUIs) to present welding data to improve the accessibility to group members.

Work on data analysis by using Data Processing Method, Decision Tree, Fuzzy Logic, Variance Minimization and Generic Algorithm, research on the standard weld parameters for qualified weld spot and generate performance prediction. Develop Script Translators between Different Software

Use MATLAB to convert abaqus.inp to Patran format which Aniform can accept.

Develop an HMI (Human-Machine Interface) to contribute the connection between Database and MATLAB. AutoCAD UW Weldment Design and Release

Design CFRP weldments including body side, box marriage and platform using AutoCAD in 2D and 3D model.

Draft cross-sections of each assembly and determine the weld routine as required for instructions to manufacturing and for robot programming.

Develop a GUI using VBA to present the technical drawings, weld specifications, data collection instructions to ensure that installation and operations conform to research and data pre-processing requirements. Regression Modelling

Conduct regression modelling for crank production line, identify relationship between actual jobs per hour and Standalone Throughout (SAT) for each machine in the same production line. Excel Software Development Projects

Generate Mobile Asset Replacement (MAR) software using VBA for Mobile Replacement Optimization Project. Retrieve maintenance and cost data to MAR, calculate the optimal replacement time, Total Cost of Ownership (TCO) and other required parameters to determine when to replace a certain mobile equipment and rank the mobile equipment need to replace.

Work on Fleet Size Optimization (FSO) Project, retrieve raw data from production line to FSO, generate software using VBA to monitor the working fleets needed every hour and determine the best fleet size for every zone or each day, generate figures, simulation and summary statistics for detail information such as fleet utilization and total waiting time. Laboratory Tests

Electrochemical Impedance Spectroscopy (EIS) test for different coated samples.

Adhesive Coating Compatibility Tests for Lap Shear (LS) and Cross Tension (CT) coated samples. Finish report periodically

Wayne State University Projects, Detroit, MI 08/2013-05/2015 Vehicle Fuel Economy Optimization

Used Fuzzy Logic in MATLAB to conduct data analysis and calculate the accurate fuel economy.

Worked on data analysis using System Advisor Model (SAM) to analysis the data from National Renewable Energy Laboratory (NREL).

EcoCar2

Designed multiple hybrid vehicle assemblies including High Voltage Wiring, Engine Speed Sensor (ESS), Microprocessor Control Unit (MCU) and Electric Motor using CAD (NX7.5) and AutoCAD.

Trouble shooting with SIL and coverage testing, modified logic based on desired inputs and outputs. Formula Hybrid SAE 08/2014-05/2015

Part of Control Team, designed and analyzed the control systems as well as embedded systems.

Organized testing sessions to gather data for the next design cycle. Interpreted data from tests or competitions and presented it to the team for evaluation.

Control Systems design for Power Converters 09/2013-12/2013

Designed and simulated the control systems for power converters. Interns in China

Anhui Chery Automobile Co. Ltd. China 01/2013-06/2013

Participated in the car engine dismounting practice activities.

Familiarized the automobile stamping and assembly process. Anhui Jiang Huai Automobile Co. Ltd. (JAC) China 02/2012-08/2012

Worked on quality control of assembly plants.

Performed vehicle dynamic quality test, generated vehicle dynamic quality curve. Relevant Coursework

Automobile Design, Automobile Engine, Construction of Automobile, Hydraulic Transmission, Car Body Manufacture Techniques, Electrics and Electronic Technique of Automobile, Fluid Dynamics

Modeling and Control of Power Electronics and Electric Vehicle Powertrains, Controlled Systems, Fuzzy Systems Affiliations

Member of the chapter of ACM-W at Wayne State University Student member of SAE

References

Dr. Guoxian Xiao

Technical Fellow, Composites Processing & Joining, General Motors, Research & Development Email: *******.****@**.***

Cell: 248-***-****

Dr. Charles Fan

Staff Researcher, Composites Processing & Joining, General Motors, Research & Development Email: *******.***@**.***

Cell: 248-***-****

Scott McNaughton

Database Administrator, Advanced Propulsion Manufacturing Processes, General Motors, Research & Development Email: *****.**********@**.***

Cell: 586-***-****

Contact this candidate