Jisheng Hu
**** ********* ******, *** **, Yonkers, NY, 10701 (347) 873 - 5933
Email: ******@********.*** Linkedin: www.linkedin.com/in/jishenghu EDUCATION
Columbia University New York, NY
Master of Science in Industrial Engineering February 2015 Coursework: Operations Research, Healthcare Operations Management, Production Management, Logistics & Transportation, Project Management, Corporate Economics, Quality Control Waseda University Tokyo, Japan
Bachelor of Engineering in Industrial and Management Systems Engineering March 2013 Coursework: Production & Supply Chain Management, Facilities & Plant Planning, Facility management, Statistical Analysis, Multivariate analysis
Honors & Awards
Department Award (four year GPA Rank: 2 / 122) March 2013
University Anniversary Scholarship (one year GPA in top 224 in 7018 students) 2010, 2011, 2012 EXPERIENCE
Kawasaki Rail Car Inc. Yonkers, NY
Supply Chain Expeditor, Purchasing Department April 2015 –
Investigate material status and create reports for delivery discrepancies and rejections using SAP transactions MD04, MB51, MMBE, IW58, ME2N, VL06O, VL33N
Monitor rejected materials during production and coordinate rejection replacement process including supplier evaluation, dispute solution between quality department and supplier, and material shipment to ensure timely replacement of material for on time production
Expedite suppliers and buyers on delivery of parts used for railway car production by referring to purchase order and delivery status using SAP and Excel
Analyze supplier performance weekly by summing and comparing the number of defective material Atlas Copco Compressor Co., Ltd. Rock Hill, SC
Intern, Manufacturing Department June 2014 – August 2014
Created and verified accuracy of visual work instruction with AutoCAD in lean manufacturing project for newly launched compressor and generator by consulting with assembly workers
Updated Bill Of Material by summing and comparing the number of each part in Bill Of Material with the number in work instruction using SQL and BCPS for higher inventory accuracy
Planned layout of two assembly line’s supermarket and subassembly areas using spaghetti diagram Columbia University New York, NY
Production Management Coursework September 2013 – December 2013
Derived total ordering cost by summing product cost, fixed ordering cost, and inventory cost
Derived Economical Ordering Quantity and ordering cycle in periodic ordering and fixed size ordering models assuming various types of demand distribution to minimize loss
Forecasted demand using least square regression, moving average, exponential smoothing method Wuxi Pneumatech Air/Gas Purity Equipment Co Ltd. Wuxi, China Intern, Operations Department June 2013 – July 2013
Recorded & analyzed 96 hours of twelve workers’ daily operation in two assembly lines of Refrigerated Air Dryers using Operation Process Analysis to discover unnecessary wastes
Calculated cycle time for each assembly station and average time for the assembly of each part
Formulated and suggested standard cycle time by calculating buffer time for two assembly lines
Identified bottleneck assembly station for two assembly lines and offered proposals to optimize assembly process from the perspective of lean manufacturing
Increased daily production by 30% for two assembly lines due to suggested improvements SKILLS
Computer: SAP, BCPS, AutoCAD, SQL, MS Access
Language: English (Professional), Japanese (Native), Chinese (Native)