Build semiconductor supply chain agility with advanced technology and connected planning
In the fast-moving semiconductor market, manufacturers need supply chains that respond to demand fluctuations and scale quickly. But siloed operations and legacy systems mean traditional planning processes often fall short. Genpact's supply chain solutions for semiconductor firms help build integrated supply chains using advanced technology and optimized target operating models to predict disruptions and mitigate risks.
Our approach: Enabling Transformation Assessment (ETA)
Our ETA builds transformation momentum in four stages:
Project alignment: An evaluation step to identify key needs
Current state validation: Strategic design principles to deliver a future-state design
Future-state design: An integrated target operating model with a robust supply chain planning ecosystem to deliver desired results
Transformation roadmap: An actionable, tangible plan to cover immediate next steps and future milestones
Our integrated business planning (IBP) solution
Genpact's IBP enables best-in-class delivery by connecting customers, suppliers, distributors, and service providers.
With a central control tower view of data across the entire supply chain:
- Improved demand forecasting becomes a reality
Real-time reporting optimizes inventory management flow and production schedule efficiency
Scenario modeling with a digital twin allows planners to swiftly assess disruptive impacts and risks
Businesses can tackle issues before they become problems, reducing risks
We deliver an end-to-end supply chain orchestration
Today's semiconductor manufacturers need clear visibility into their supply chains to effectively anticipate demand spikes. And it begins with thorough planning across the value chain while integrating risk mitigation plans and scenario assessment tools. Here are four steps to get there:
Map the supply chain end to end
Build a framework for a risk management council
Assess current state S&OP
Incorporate risk into the ongoing S&OP framework to drive closed-loop improvements
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