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Case Study
Supply Chain simulation model for a pharma leader
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Our team of experts created a simulation model to simulate and analyze supply chain network behavior to cope with demand.
Where: italy
Where: italy
Challenge
The customer is a global pharma company and one of the top 20 in the world by revenue. They developed a vaccine to prevent dengue, which is currently undergoing clinical trials and, if approved, they must be ready for large-scale production and distribution.
Approach
The customer's current capability in long range supply capacity forecasting is built around a classical spreadsheet approach, which takes into consideration more than 300 assumption inputs across a 10+ year time frame. Such analytical model doesn’t allow for granular analysis. Our team created a simulation model to simulate the supply chain structure and provide an analysis tool that allows the company to make crucial network capacity related decisions with a higher level of confidence.
We are designing and implementing a supply chain simulation model combining both agent-based and discrete event modeling approaches to maximize flexibility and provide a scenario analysis tool. Every supply chain production step or inventory is modeled as a building block, instantiable multiple times to handle with capacity expansion. The overall supply chain network is modeled by joining the scenario building blocks in a modular approach. In this way, the user easily defines production and inventory parameters for the building blocks, together with the forecasted market demand over the simulated time.
Results
Higher supply chain visibility (network capacity utilization, inventory levels)
Flexibility of the model, which can be extended in the future to consider, e.g., the cost of goods sold or other product lines
Impacts
Technologies
Digital Twin
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See, think, simulate, and decide: Digital Twin is the entry point into the era of the data economy, the virtual replica of a real product and process.
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Research Project
TwinEU: Digital Twins for European Elecricity Systems
Artificial Intelligence and eXtended Reality for a cutting-edge European Digital Twin, focused on interoperability and data exchange through the integration of the Energy Data Space.
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Regional single CUP for Regione Molise
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The Thessaloniki metro: a cutting-edge project by Engineering
The Thessaloniki metro is one of the most important infrastructure works for urban mobility in Greece and its realisation required a high-level engineering approach.
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TwinEU: Digital Twins for European Elecricity Systems
Artificial Intelligence and eXtended Reality for a cutting-edge European Digital Twin, focused on interoperability and data exchange through the integration of the Energy Data Space.
-
Case Study
Regional single CUP for Regione Molise
ASREM has initiated the innovation process of the CUP, increasingly focusing on the needs of health authorities, citizen services, and reducing waiting lists.
-
Case Study
The Thessaloniki metro: a cutting-edge project by Engineering
The Thessaloniki metro is one of the most important infrastructure works for urban mobility in Greece and its realisation required a high-level engineering approach.
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