Sales Service

Chenxi Li Address: No.*** E. Cherry Lane,

Tel: 814-***-****

State College, PA 16803

Email: *********@*****.***

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

Education

The Pennsylvania State University, University Park, PA Class of May 2015

M.S. in Operations Research GPA:3.2/4.0

Minor: Statistics GPA:3.7/4.0

Shanghai Jiao Tong University, Shanghai, China Class of May 2013

B.S. in Industrial Engineering GPA:3.3/4.0

Registration & Patent

Designing Software of Non-excavation Pipeline Construction Production Service System

Registration Number: 2012SR093856

Originated Value-Function-Project frame utilized in conceptual design of Consumer Hierarchy Model

Achieved real-time statistics and customer-server interaction by developing the system using VB

SANY Corporation is using the registration for renting large-scale equipment among industry

Self-served LED Court Intelligent Lighting System Patent Acceptance Number: 122019765

Simulated objective illumination factor using Dialux software, and designated LED as ultimate choice

Combined Register-Control-Charge parts altogether, coded in Matlab, and welded relative CBD

Customers can choose desired brightness and time. The patent is now ready to hit the market in China

Internship Experience

Global Development Program at AIESEC June-Aug. 2013

Strategy Consultant Cairo, Egypt

Conducted market analysis by computing local purchasing power of sunglasses in Cairo

Deduced customers categorically by local and tourists, and make corresponding discount strategies

Sales of sunglasses of local brands got increased by 10% in all, especially from local people

Research and Project Experience

A Multi-Criteria Model under Stochastic Demand for Supplier Selection May. 2014-present

Construct the dynamic joint replenishment problem aimed at supplier selection in a serial supply chain

Used the theory of fuzzy logic to deal with uncertain condition, targeted a mix integer linear model

Weighted on “Cost, Quality, Service” altogether, and testify the model by a practical example.

Compute the robustness of model behavior, advance the work to industry in the future

Improvement and Analysis of Delivery Efficiency for Couriers in FedEx Sep-Dec. 2013

Simulated Sorting Line in FedEx Corporation using FlexSim software, and identified state of each part

Extended the sorting line by saving 2% total time, and set up questionnaire to detect core on-ground factors

Analyzed data on Courier Perception Value with DEMATEL Method, concluded “Traffic, Route and Weather”

as most important factors to on-road segment

Computer Skills

Programming Matlab, Python, VB, SQL server

Others Analysis: R, SAS, SPSS, Minitab Simulation: FlexSim, Simio, Arena

Optimization: LINDO, GAMS Design: AutoCAD, SolidWorks, UG

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