Chi Peng

Chi Peng
4009 N Brookdale Pl, Peoria, IL, 61614 • (734)585-6683 • pengchi@umich.edu

OBJECTIVE A full time engineer position in the field of Embedded System

EXPERIENCE Cyient Incorporation (formerly known as InfoTech)
HIL Validation/Test Engineer May 2015 – January 2016
• Develop and test Telematics technology using dSpace HIL test bench in Caterpillar Incorporation
• Modify Simulink model for dSpace to feed and/or receive CAN (J1939), PWM, DC and other signals
• Route signals from dSpace to harnesses according to schematics using hardware debugging /checking
• Build prototypes of harnesses and other lab commons by fluke, soldering iron and other lab tools
• Modify automatic test script with C coding for executing basic but numerous tests to enhance throughput
• Analyze and develop test plans along with coding team to satisfy customers’ requirements

Embedded Control Lab, University of Michigan, Ann Arbor, MI May 2012 – December 2013
Fellowship Teaching Assistant
• Build the Simulink model for the adaptive cruise control system using State Flow and S-function
• Control the DC motor connected with a steering wheel by an embedded system to mimic the road response
• Build the drive-by-wire haptic interface using Simulink Modeling, data acquisition, embedded C coding
• Instruct the embedded control lab with focus on ARM microcontroller and its peripherals to implement virtual world haptic systems using embedded C coding, Simulink modeling
• Host office hour for questions about embedded C coding, Simulink, State Flow, S-function, Interrupts, MIOS, A/D convertor, Optic Quadrature Decoder, CAN (J1939), Virtual World

Broadcom Corporation May 2013 – September 2013
Summer Intern
• Analyze and validate the Simulink Model of Near Field Communication (NFC) microprocessor
• Debug and validate the Verilog design converted by the Simulink Model to ensure phase matching

PROJECTS Auto-trading Software March 2014 – February 2015
Developer / Cofounder
• Implement intraday-equity-trading strategy by Matlab script with application of digital signal processing
• Determine the trend of the equity market by smoothing price chart using low pass filter
• Filter trade-zones by strength of price-movement, reward-risk ratio, zone repetition, price-staying-in-zone time
• Trade equity on TradeStation manually for validating and modifying strategy
Software Performance Summary by historical data
• 30 stocks selected out of NASDAQ100
• 67.2 percent correct estimation on market trend on average
• Reward-risk-ratio being 2.69 on average

CODING Language: Object Oriented C++, Real-time Embedded C, Matlab Script, Simulink
Data Structure & Algorithm: Linked List, AVL Tree, Hash Table, Circular Buffer, sorting, Bit Manipulation, Karatsuba Multiplication, Breadth/Depth First Search, Single Source Shortest Path, Recursion, Inheritance
Development Tools: DEV C++, Xcode, JTAG, SVN, Functional Generator, Oscilloscope, Fluke

EDUCATION University of Michigan, Ann Arbor, MI December 2013
M.S.E. in Electrical Engineering: Systems GPA: 3.73/4.00
Major: Embedded Control, Minor: Digital Signal Processing
University of Michigan, Ann Arbor, MI December 2011
B.S.E. in Electrical Engineering GPA: 3.75/4.00
Major: Digital Signal Processing, Minor: Mathematics

Language Chinese: excellent reading, writing, verbal skills