Head of Network Configuration - Diagnostics Supply Chain

About the role

The Diagnostics Supply Chain Network Orchestration department drives end-to-end integration, supply chain resilience and global operational excellence by balancing customer service needs with cost and inventory goals. Roche is looking for a Head of Network Configuration to report directly to the Head of Network Orchestration DSC, overseeing the continuous operation, monitoring and improvement of the global distribution network across affiliates, regions, global hubs and external partners.

Key responsibilities

• Set up global governance frameworks and standard operating procedures for distribution network parameter configuration
• Steer decisions on transportation modes, replenishment lot sizes, rounding values, safety stocks and routing paths to reduce costs, CO2 emissions and improve product shelf life
• Optimize the end-to-end flow of goods so the network reacts quickly to regulatory changes and customer demand
• Use advanced analytics to monitor configuration variables and enable rapid response to disruptions
• Manage a strong link with the Master Data Management function to control active distribution parameters
• Design complex multi-node supply chain architectures balancing service, inventory and cost from hub-to-hub, OEM-to-affiliate and regional pathways
• Work with affiliates and global functions such as Global Product Planning, Network Management, Hub Operations, Commercial Supply Chain and Order Execution

Required profile

• Master's degree in Supply Chain Management, Engineering, Business Administration or a related field
• 7 to 8 years of professional experience in supply chain, international operations or production
• Proven ability to lead other leaders across different geographies and cultures
• Excellent communication, analytical problem-solving and interpersonal skills

Required skills

• Deep expertise in configuring complex multi-node supply chain architectures, lead times, safety stocks and master data structures
• Ability to drive automated network performance across the ecosystem