Y EN-CHI CHANG

**** ****** ***. ***. *, Los Angeles, CA 90064 University of California

424-***-**** 1540 Boelter Hall

Email: acdmza@r.postjobfree.com 420 Westwood Plaza

Website: https://sites.google.com/site/ycchangacademic/ Los Angeles, CA 90095

PROFILE

Real-time optimization and product development engineer in precision motion control, and machine vision.

EDUCATION

PhD, Mechanical Engineering, University of California, Los Angeles (UCLA) Expected in Fall 2014

MS, Mechanical Engineering, University of California, Los Angeles (UCLA) Fall 2012

BS, Mechanical Engineering, National Taiwan University (NTU) June 2008

PATENTS & AWARDS

Int'l Patent (WO 2013/049228 A1) for “A System For Vascular Access In Laboratory Animals”

Taiwan Patent (M325964) for “The Balance and Support Device for Scooters”

SKILLS

S ystem Design&Implementation Mechatronics&Robotics Vision Feedback System

C onstrained Opt imization Multi -stage C ontrol Machine learning&Data Analysis

PROGRAMMING SKILLS

MATLAB ( Simulink ), LABVIEW ( RealTime ), SOLIDWORKS, Pro-E, ADAMS, ABAQUS,

E mbedded C, MSSQL

INDUSTRY E XPERIENCE

Senior Algorithm Engineer in dyScie Inc. (Jul 2013 - Current) Clients

Support Machine Learning for Diagnosis Algorithms Edwards

Support Statistical Optimization for Ad Placement B urstly

Mechanical Engineer in hTC corp. (Oct 2008 - Sep 2009) Product

M echanical Design, Liability, Assembly Flow Design Tattoo

ACADEMIC EXPERIENCE

Automated Surgical Injection Robot (Cooperated with CRUMP Institute)

Developed an automated pre-clinical drug delivery robot that improves yield rate from 50% to 80%

Built embedded C real-time control and Labview Host program with Graphical User Interface

Won “Business of Science Center's Venture Team Competition for Vascular Access System“, 2011

Patent productized and licensed to Sofie Biosciences

Published Journal Paper “A Semi-automated vascular Access System (VAS) for Preclinical Models,”

Physics in Medicine and Biology (Featured Article)

Plasmonic Imaging Lithography (Cooperated with UC Berkeley and UNCC)

Lead the Controls Team and Developed multi-stage control to achieve nano-precision maskless lithography

Built Labview RT and Labview Host Software with Graphical User Interface

Contour Tracking with Optimal Feedrate

Developed a real-time (1kHz) robust model-predictive control algorithm for feed-rate optimization

Build Labview RT and Labview Host Software with Graphical User Interface

Published Conference Paper “Minimum-Time Contour Tracking with Model Predictive Control

Approach,” ACC, Portland, Oregon, 2013

Non-circular Machining Product Development (Cooperated with MATECH)

Maintained a commercialized software for non-circular piston machining

Used Labview RT and Labview Host and State Chart Design for Graphical User Interface

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