Engineer Manufacturing

TONG WENG

*****@*******.***

607-***-**** *** Lake Street 1D, Ithaca, NY 14850

EDUCATION

Cornell University, School of Operations Research and Information Engineering, Ithaca, NY Dec 2013

Candidate for Master of Engineering in Systems Engineering

Cumulative GPA: 3.71, Six Sigma Black Belt Certification

Harbin Institute of Technology, Honors School, Harbin, China July 2012

Bachelor of Engineering in Electrical Engineering and Automation

EXPERIENCE

GE GLOBAL RESEARCH CENTER, Shanghai, China May 2013 – Aug 2013

Manufacturing Engineer

Provided the ‘should cost’ material, overhead and labor cost and tooling investment of 32 GE Healthcare CT parts

and 8 MR parts for management using manufacturing cost analytic software aPriori and DFM in BDI

Utilized DFA software in BDI to conduct two product tear-downs and give the assembly cost & labor time of water

tank and filter system in GE Water

Built a manufacturing cost analytic tool using MS Excel and VBA to provide cost analysis & estimation report for

clients with only simple and basic inputs

FOAMEX INTERNATIONAL INC. Media, PA Sep 2012 – May 2013

Manufacturing Engineer

Analyzed current production & sales volume, manufacturing cost, factory capacity etc. among 4 different plants and

formulated the production yield curve for each product form using data processing tools of R and MS Access

Built the mathematical model using linear programming and implemented it by MS Excel VBA to optimize the

production & shipping strategy through analysis of production yield, freight cost and plant location distribution

Brought an overall cost saving of $77,384.72 to the company after production & shipping consolidation and

provided management with a production optimization tool for any product form to support decision making

FORMULAR SAE, CORNELL UNIVERSITY, Ithaca, NY Sep 2012 – Dec 2012

Manufacturing Engineer

Analyzed the manufacturing and reliability of suspension and drive-train subsystems using tools of Failure Mode

and Effect Analysis (FMEA) and Fault-Tree Analysis (FTA) to find fragile components and technical causes

Identified factors contributing most to the failure of components through statistical process control, design of

experiment (DOE) and data analysis

Decreased subsystem failure probability by 40% by improving engineering design and component manufacturing

INTEL CORPORATION, Shanghai, China Dec 2009 – July 2010

Project Team Leader

Fulfilled the work of data processing and data analysis from output of the 3-axis accelerometer and programmed

the SCM using Assembly Language and C

Developed relevant skills such as Digital Electronics through self-study as the only sophomore to meet the project

goal and timeline effectively

Set the work scope and timeline for the team, motivated and coordinated teammates as well as communicated with

professors and Intel

SKILLS

aPriori DFM/DFA VBA Supply Chain Project Management SQL Mathematical Model Building Assembly

Language MATLAB Microsoft Excel & PowerPoint English (fluent) Mandarin Chinese (fluent)

ACTIVITIES

President of Student Union Lecturer in International Academic Forum in Singapore Teacher in Ithaca Chinese

School Volunteer in Inaugural Ceremony of Alumni Association of Nanyang Technological University Travel

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