Cost and Network Modeling SR. Analyst II/SR. Analyst III

Cost and Network Modeling SR. Analyst II/SR. Analyst III will lead a variety of modeling activities such as Total Cost to Service including Cost of Goods Manufactured and Sold; Factory and Network Capacity, decision support models for technology, scale, inventory, throughput and risk to support network design.

Build and maintain, and enhance as needed, capacity models for all nodes (API, DP and FG) in network (internal, external - Partner and CMO) mapped against various demand and financial scenarios.   Develop and maintain the business processes around model’s usage – calendar of events, inputs from various groups, outputs etc.

Build and maintain, and enhance as needed, Total Cost to Serve models beginning with manufacturing network (internal, external - Partner and CMO) working closely with finance / accounting to leverage existing systems and sources of data.    Develop and maintain the business processes around model’s usage – calendar of events, inputs from various groups, outputs etc usage – calendar of events, inputs from various groups, outputs etc.

Support Network Strategy Analysts and Production Planning as needed with decision support needs.

• Allocation models
• Scale
• Investment in development, manufacturing, or supply chain
• Inventory

Support and leverage tools to support primary objectives, examples include:

• Real Time Facility Analysis (RFTA)
• Global Scheduling tool (OMP+)
• Reliability Rooms (Tableau)
• ERP (Oracle) modules

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6-8 minimum years of relevant experience with modeling in supply chain and manufacturingMinimum Bachelor’s degree (BS) in Operations Research, Chemical/Biochemical Engineering, Supply Chain Management, operations research or other related business/science

Cost and Network Modeling SR. Analyst II/SR. Analyst III will lead a variety of modeling activities such as Total Cost to Service including Cost of Goods Manufactured and Sold; Factory and Network Capacity, decision support models for technology, scale, inventory, throughput and risk to support network design