Engineer Assistant

Albert Chen

acb20y@r.postjobfree.com 617-***-****

**** ************ *** *** *,Boston,MA02134

Objective

**** ****** ********** ** ******** engineering

Education Background

Boston University, Master of Engineer, Computer Engineering GPA: 3.47 09/2013-05/2015

Relevant courses: Computer Architecture, Embedded System, Digital VLSI Design

Beihang University, Bachelor of Engineer, Automation Science, GPA: 3.44 09/2009-07/2013

Relevant courses: Digital System Design Automation, Digital Signal Processing, Experiment on ARM of WinCE,

Microcontroller Theory and Applications, Computer Based Testing and Control, Control System

Skills

ASM, C, C++, Java, Verilog, VHDL, Matlab, ARM Linux, Linux OS,Quartus II, ISE, CCS3.3, Adams,GCC, GDB,

EMA, QEMU, Cadence Virtuoso, Hspice, Visual Studio, eclipse, NetBeans IDE, Solidworks, Modelsim, Multisim,

Proteus, Keil μVision, LabView, CFD(computational fluid dynamics) TileFlow

Related Experiences

Research Assistant: Performance and Energy-Aware Computing Laboratory (PeacLab) at Boston University

12/2013-Present

Designed computational fluid dynamics simulation experiment for data center cooling system by TileFlow

Using Matlab multi-linear regression and linear transformation to analysis data

Teaching Assistant: Electric Energy Systems at Boston University 09/2013-12/2013

Research Assistant: Electrical and Electronical lab at Beihang University 06/2013-08/2013

Designed two-wire serial asynchronous communication protocol for motor control block

Used Quartus II & Verilog to develop FPGA for communication with PC

Used Microsoft VS & C# to Designed PC application for communication with FPGA

Intern: Development of Colligation Test-bed of Railway Locomotive, Beijing WeiLanTian Technology Co., Ltd

01/2013-02/2013

Designed A/D sampling block based on Atmel single chips

Drew PCB for A/D sampling block

Volunteered to provide MATLAB training for other designers

Intern: Development of NWZ-01 Automatic Spray-painting Equipment, Beijing Aviation Technology Co., Ltd

07/2012-08/2012

Took charge of installation and debugging of this equipment

Enhanced spraying efficiency by adjusting magnet switch operating and atomizer spray angle

Projects

Machine Vision Rubik’s Cube Solver Based on ARM & ARM-Linux 12/2013

Used cross compiler and C code to design UVC webcam kernels and user level application

Used C++ & OpenCV to realize digital image processing for reading initial data of Rubik’s Cube

Used C++ & CFOP algorithms as the solution of Rubik’s Cube

Used C++ & QT output result on LCD

Link: http://www.youtube.com/watch?v=t71v_00_VQY

Xilinx ISE &Verilog Simulate the Architecture of Pipeline CPU and Multi-Cycle CPU 11/2013

Instruction Set Simulation Based on C Code 11/2013

Read assembly language instructions from text file

Analyzed the input by total instruction counter, jump instruction counter, total cycles, register check, cache

miss, memory check

Embedded System Projects Based on ARM Linux &ARM PXA270 Gumstix 10/2013

Wrote C code for Embedded Linux dynamic kernels related to GPIO, Jiffies Timer, I2C, PWM, Interrupt,

and Asynchronous Notification

Wrote C and C++ code for user level applications related to Synchronous Dataflow, Interrupt,

Asynchronous Notification

Debugged and optimized for arm code by GDB, EMA, gprof and QEMU

Ultra-Dynamic Voltage Scaling SRAM and ADDERs Design and Robust Test 11/2013

Used Cadence Virtuoso drew the schematic of Ultra-Dynamic Voltage Scaling SRAM and ADDER

Wrote Hspice code to do the simulation

Used Monte Carlo method to test the robust of the circuits

Temperature Digital PID Control of Oven by DSP TMS320F2812 05/2013

Used TI CCS, C code and JTAG to develop DSP

Used Difference Equations to realized the PID control in C code

Used Matlab Simulink to simulate the process and find proper parameters for PID controller

Simulated Two-Order Inverted-Pendulum Based on Adams 04/2013

Used SolidWorks to drew the 3-D mechanical schematic

Input the schematic into the Adams and set constraints

Linked Matlab as a virtual controller on Adams platform to do the simulation and collect data

DSP Controlled High Resolution Three-Degree-Freedom Platform 02/2013

Used TI CCS, C code and JTAG to develop DSP

Used SolidWorks, Adams and Matlab to do the mechanical simulation for the high resolution

3-degree-freedom platform

Used Microsoft VS and C# to develop asynchronous serial communication user interface application to

communicate between PC and DSP

Designed AVR Mega8, Mega 16 and AT89s51 Study Board 01/2013

Digital Controlled Slipper Block Hanging Pendulum Damping System 11/2012

Designed mechanical experiments to get dynamic parameters of slipper block hanging pendulum

Used A/D & D/A inserted in PC to build up the hardware controller

Use Matlab Simulink to simulate the system and get proper control parameters

Inverted Pendulum Control System Experiment 10/2012

NTC Temperature Sensor Calibration Compensation 09/2012

Used single chip as sampling control board and wrote C code program

Wrote C code for the sampling block to compensate the delay of the sensor measurement

Mathematical Contest in Modeling (MCM) (Team Leader) 02/2012

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