Project Manager Engineer

TEL: 213-***-****

Chih-Ying Lin Address: **** W. 28th St., Los Angeles, CA 90007 ************@*****.***

SUMMARY:

5+ years of Process/Control Engineer, capable of Signal Process techniques

Great Skills on Big data analytics and discover the new trend of the markets.

5+ years of Matlab/ C / C++ programming experience with strong debugging and troubleshooting skills.

EDUCATION

Univ. of Southern California, Ph.D. in Chemical Engineering, GPA: 3.85 Jan. 2014

Dissertation: Massively Parallel Molecular Dynamics Simulation Study of Initial Protein Unfolding

Induced by the Photo-Responsive Surfactants, AzoTAB

Univ. of Southern California, M.S. in Computer Science, GPA: 3.67 May 2013

Emphasis: High Performance Computing (HPC) and Simulation

National Taiwan University, B.S. in Chemical Engineering GPA: 3.33 June 1999

Course Project: Scaling up MSG factory from Computational Fluid Dynamics models to practice

SKILLS

Programming: C, C++, FORTRAN, JAVA, MATLAB, PERL, BASH, SQL, UNIX, LINUX

Courses Taken: Viscous Flow (A-), Heat Transfer (A), Chemical Kinetics (A-), Thermodynamics (A)

Others: PARALLEL COMPUTING, Computational Fluid Dynamics, Numerical Methods

EXPERIENCE

China Rebar Cement Company, Ltd., Ilan, Taiwan

August 2004 – July 2006

Project Manager

Managed the product line optimization and performance standardization which reduced operating and

overhead costs by $2.0 million annually while improving efficiency by 10% and quality level.

Designed process test methods enabling a reduction in implementation costs of $50,000 annually,

manufacturing downtime of 7 days annually.

Built new product lines with reviewed opportunities of new markets and risk assessment processes.

China Rebar Cement Company, Ltd., Ilan, Taiwan

July 2001 – July 2004

Process Design Engineer

Designed the process and conducted the quality test for new types of cement through detailed theoretical

calculation and lab experiment.

Process control of reducing NOx emission through fuel efficiency and maximize the decrease the usage

of urea by 30%.

Managed kiln’s shell temperature and brick’s condition by shell scanning using the rmo-technik method

and by infrared cameras.

Chinese Petroleum Corporation. (CPC), Ltd., Kaohsiung, Taiwan

Plant Manager Assistant Summer 1998/ Summer 1999

Learn the optimization of the entire plant steam and condensate system with HYSYS simulation and a

dynamic Excel spreadsheet.

Learn the Pre-Polymerization catalyst Analysis – Physical and analytical evaluation utilizing lab

instrumentation.

Learn the optimum design of the heat exchangers network through theoretical calculation of the

minimum heating and cooling requirement.

Intel Corporation, Hillsboro, OR May 2013~Aug 2013

Big Data Analytics to Detect Performance of Testing Equipment

Develop the methodology of tracking performance of ~ 300 Testing Equipment oversea daily

Automate daily loading thousand billions of testing data in the die level

Integrate the software design and statistical mathematics to quickly response the failure parts on the

Testing Equipment based on the big testing data

Extract the key information from the correlation between various new products

Deliver Detection package consisting of Web-based trends, analysis package, disposition module, and

outlook email notification

Statistics analytics based on testing methods of one millions of dies on the new product lines, seeking

for low cost of testing on high volume manufacture

Portability of the trend package to new products via configuration tables

All data applies for all potential sites- configuration for engineering and production usage

USC PROJECT EXPERIENCE

Title: Massively Parallel Molecular Dynamics Simulations of Probing Interactions of

Proteins and Photoresponsive Surfactants, azoTABs

Independent research on large Biomolecular systems using computer parallel simulation techniques.

Running parallel MD simulations on USC High Performance Super-computer Center.

Passing C / Fortran programming to analyze the protein trajectories from MD simulations.

Probing Protein-ligand (Surfactants) binding / interaction.

Study of structural and internal dynamics properties of proteins and functions of proteins.

Investigate mechanism of protein folding/unfolding and domain motion

Denaturing protein through hydrophobic interaction

Micelle formation of photoresponsive surfactants, azoTABs

Build a scalable LINUX cluster of PCs for parallel processing

Design parallel computers, parallel architectures, parallel algorithms

Develop parallel I/O scientific applications on clusters

Optimize parallel applications

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