Industrial Engineer III - Hyster-Yale

Put a LIFT in Your Career! Hyster-Yale Group, Inc. (HYG), a world-class manufacturer of industrial lift trucks, has an outstanding opportunity for an exceptional and talentedIndustrial Engineer IIIbased at one of our Berea, KY or Greenville, NC Facility's. 

What you will do: 

• Develop and drivedevelopment and sustainment of the material flow integration within thefacility 

• Manage the expansion of material flow with the inclusion of New Product Introduction 

• Lead andmonitormaterial flow operations throughout the facility, providing resolutions for issues that have been defined along withidentifyingcontinuous improvementthroughout 

• Quantify continuous improvement with the involvement of Supply Chain, Materials, and Manufacturing to ensure KPI’s are inalignment 

• Help develop andmaintainstandard work practices and strategies with internal and externallogistics(in-plant flow & warehouse to plant flow) 

• Oversee indirect labor by defining kitting & milk run operations, calculating processtimes 

• Assistwith scheduling systems and define internal flow for productmovement 

• Communicate with Materials team members along with other support members on results from overallobjectives  

• Be part ofa teamthat will transform the material flow and factory layouts.  

• Innovate solutions above the typical industry known methods. 

What you will need: 

• Bachelor of science degree in Logistics, Industrial Engineering or comparable degree or equivalent working experience 

• 3 to 5 years of experience within a Supply Chain or Manufacturing Engineering position with significant experiences in materials handling. 

• 3 to 5 years of experience in material flow processes with preferred experience in “kitting” and “milk run” operations. 

• Knowledge of production processes and systems used for discrete manufacturing, understanding of DFT-principles, ability to engineer material handlingsolutions 

• The capability to analyze business processes by breaking down complex problems into single and manageablecomponents 

Who we are: