Demand Management Associate - Temporal

Key Responsabilities:

• Review,validate, andmaintaincustomer demand in ERP and planning systems to ensure accuracy and completeness. 

• Execute demand changes (pull‑ins,push‑outs, quantity adjustments, and mix changes)in accordance withstandard lead times and demand management policies. 

• Ensure sales orders, purchase orders, and forecasts are aligned and matched to customer requirements and supply capabilities. 

• Proactivelyidentifydemand‑relatedrisks such as forecast volatility, demand outside lead time, or system misalignment.

• Escalate demand exceptions requiring management approval or customer negotiation. 

• Maintain documentation of demand processes, work instructions, and standard operating procedures. 

• Support continuous improvement initiatives related to demand management, order accuracy, and customer responsiveness. 

Job Objectives:

• Theobjectiveof the Demand Management Associate is to accurately execute and manage customer demand by ensuring alignment between sales orders, forecasts, production plans, and supply commitments. The role supportson‑timedelivery and customer satisfaction by controlling demand changes,validatingsystem accuracy, and coordinatingcross‑functionalexecution across Sales, Planning, Value Stream Management, and Delivery Assurance.

• The Demand Management Associate acts as a key operational owner of customer demand, proactivelyidentifyingrisks, escalating exceptions, and supporting business reviews to ensure demand stability and reliable supply chain performance, consistent with defined roles and responsibilities in the RLCS demand management framework 

Requirements:

• Experience in demand management, supply chain, customer service, or production planning within a manufacturing environment. 

• Strong understanding oforder‑to‑deliveryprocesses and demand/forecast concepts.

• Proficiencyin ERP systems (e.g., SAP) and Microsoft Excel; ability to analyze and reconcile data.

• Strong communicationskills with the ability to work across functions and geographies.