Job Objective：ManagerAmber.LeeTour 15%Sport 15%Reading 10%Work 40%Else 20%Name:Amber.LiDate of Birth：1993.04.28Age：23Educational history：BachelorMajor:Industrial LogisticsStature：162cmWeight：46kg2018 - 2022 MOLDE UNIVERSITY COLLEGENORWEGIAN SCHOOL OF LOGISTICS(Sole institution in Norway offering education from Bachelor to PhD level in Logistics)Major: Industrial LogisticsMaster Thesis: Planning under Uncertaintywith Statoil ASAMain Course: Management of logistic processes, Models for inventory and production managemetn, Applied Statistics and queues, Applied Logistics, Purchasing and Supply Theory.Activities: On behalf of Molde University College, attend Norwegian Logistics Competition 2005 as the leader of group, and got chance to the final.Language competence： English、German、French、ChineseEnglish Tests: *TOEFL: 653TWE: 6/6 *TEM 4(Test for English Majors,Grade4):Excellence *TEM 8(:to be taken in March, 2018 *Learned French for a whole academic year, can communicate others but not freely IT skill：*Proficient at Office Software and the Statistic Software of Stata. *Good command of Computer skills: familiar with different versions of Windows OS and Office application software, able to program with C and Fortran languages, obtained some experience and understanding about other widely-used software like Autocad, Photoshop, Coreldraw and Dreamweaver.2018 - 2022 TRANSPORT PLANNING UNDER UNCERTAINTYSevered for Statoil ASA - Fortune 500 Company and the largest oil and gas company in Norway. By focusing on Statoils supply base in Kristiansund (FBK), found the uncertainties and their influences on FBKs whole logistic planning system with the perspective of entire supply chain network and improved the planning process with the aim of higher customer satisfaction level and lower cost. Under the situation of limited statistics and time Attend daily planning process of FBK and collect data Gone with the supply vessels to off-shore installations to collect data Analyzed the data and drew the supply chain network to find out the potential source of uncertainties. Several proposals to increase logistic stystems elasticity toward uncertainty were were applied by StatoilEnglishGermanFrenchChinese