Control Engineer

SHUTING LANG

Email: ***********@*****.*** Phone: 312-***-****

LinkedIn: http://www.linkedin.com/in/shutinglang

OBJECTIVE

I am seeking a challenging entry-level position that I can contribute with my technical knowledge and problem solving skills in electrical and control engineering.

EDUCATION

Master of Science in Electrical & Computer Engineering May 2015

University of Illinois at Chicago (GPA:3.5/4.0) Chicago, IL

Bachelor of Information Science & Engineering June 2014

Northeastern University (GPA:80/100) Shenyang, China

TECHNICAL SKILLS AND TRAINING

Diesel Control System 10-11 2015

“Fundamentals of Control Systems – Diesel” SAE Certificate of Mastery course (LHPU)

•Engineering Process Training and Code Generation Training

•CAN Communications (J1939)

•Controls Theory and Application

•Diesel Engine and Controls Training (Speed Governing, Controls Model, System Diagrams, Wiring, and CAN)

Business Etiquette, Leadership, Stress and Conflict Management, Communication, and Teamwork

Electrical Engineering

•Computer Languages: C, Objective-C, Python, Assembly language

•Software and Hardware: MS Office, MATLAB, Simulink, CANKing, AutoCAD, Microcontroller, Siemens PLC S7-200, VHDL, MotoHawk, MotoTune

•Hardware-In-Loop testing(HIL), Calibration, Rapid Prototyping, CAN Communication, System Modeling and Simulation

•Course: Algorithm of Control Engineering, Principle of Automatic Control, Engine Theory, Power Electronic Circuits, Robotics, Linear System Design, Computer Architecture, Digital image processing, Digital Signal Processing

INTERNSHIP/CO-OP WORK EXPERIENCE

Assistant Web QA Engineer 05-08 2015

TIGERTRACKS DEVELOPMENT LLC - Chicago, IL

•Helped improve data processing efficiency for version upgrading by using JavaScript

•Fixed dirty data for customers in electrical and mechanical industrial field

•Supported performance test and feedback for web development team

Control Engineer Intern 09/2012 - 07/2013

ANSHAN IRON AND STEEL GROUP CORPORATION - Shenyang, Liaoning China

•Drew some 2D logos using AutoCAD and used CNC machine to mill it on a metal plate

•Worked as driller, foundryman, grinder, metaler, miller, latheman, and welder on machines

•Oversaw cold rolling production line and improved its automation control strategy with Siemens PLCs

•Understood high quality cold strip rolling process AGC (Automatic Gauge Control) system with feedback/monitor control, mass flow control and pre-feedback control

•Understood the principle and process of Siemens PLCs control and how they protect electrical power system by analyzing circuit diagram

•Used Monitor system to maintain the rail shaping production line and control system

PROJECTS

Control Engineer Trainee

LHPU - Columbus, IN

Diesel Engine Control – Desk Top Environment (DTE) test 10/2015

•Designed a diesel engine control system based on a PID controller and a cruise control system for speed governing during idle, crank and run modes

•Examined oscilloscope readings to synchronize Bosch VP44 fuel injection timing with the cylinder firing event, determined cam/crank encoder patterns and duty cycle for the lift pump states

•Established a communication system via CAN 2.0b J1939 standard data frames between control system and DTE software from LHP company

•Collected engine performance data from DTE for diagnostic troubleshooting and improvements

•Employed MotoHawk and calibration development tool Moto Tune for rapid prototyping, simulation, engine run, ECU tuning and Hardware-in-loop (HIL) testing of the model in real time

Remote Electronic Throttle Control (ETC) via CAN 10/2015

•Utilized a CAN bus cable including CAN_HIGH, CAN_LOW, VCC and GND

•Built CAN Protocol between two ECUs using MATLAB, Simulink, and MotoHawk

•Calibrated the control system (gain, offset, limit values) using Ziegler-Nichols Method and MotoTune

•Sent pedal and throttle position sensor values to ECU1 from ECU2 via CAN communication

•Modulated duty-cycle using PI controller based on pedal position and throttle position

•Analyzed and diagnosed CAN messages by looking up PGN in J1939 Table

Electrical Projects

Senior design project: spinner clock 12/2013 - 05/2014

•Designed three display pattern with 10 LEDs and wave-flash pattern became the original pattern for spin-flash idea

•Designed and built the clock working system using Energia IDE with MSP430 16-bit, ultra-low power microcontroller

•Collaborated with three classmates in group “Printed Circuit Board” to design and print circuit including rectifier bridge, zener diode and triode

•Designed the layout of PCB and shrink the circuit size by ExpressPCB

•Diagnosed electrical components and partially soldered on board

Designed a grabber for Quad-rotor Robot 02-05 2014

•Created a lightweight plastic manipulator system to pick up small objects

• Programmed Arduino microcontroller by C language to control servo motors to implement grabbing action

•Implemented an infrared sensor to test the distance between grabber and target

Three phase asynchronous motor control on SIEMENS PLC 04-07 2013

•Controlled the motion of a motor tracking a given curve by PLC S7-300

•Realized motor start, stop, forward, reverse, and speed of fine-tuning function by ladder programming in PLC, resulting average positioning error was less than 4%

Liquid level control system on SIEMENS PLC 04-07 2013

•Designed a PID control system and realized it by Siemens PLC S7-300

•Adjust PID parameters to make the response time and overshoot meet requirements

•Processed sensor’s data of flow rate, pressure, temperature, and liquid level by Kingview

Four-foot walking Robot 05-07 2012

•Implemented obstacle avoidance function using infrared sensor

•Designed and optimized dynamic programming by C language and boost 30% speed for robot walking

•Used C language to test initial motor position and modified it with requirements

Digital circuit system design 10/2010 – 06/2012

• Built functional circuits consisting of digital circuit components (adder, NAND gate and data selector) and analog circuit components (resistances, capacitors and inductors) for traffic light system, timer and counter

•Designed digital circuit system on Multisim 10/11 for time display and count down machine

•Operated multimeters and oscilloscopes, drew and compared the torque curves of motors

SHUTING LANG

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