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Digital transformation in pharmaceutical manufacturing faces unique challenges that aren't present in other industrial sectors. In this episode of Industrial Visionaries, Michael Backhaus, Director of Digital Manufacturing at Takeda, provides an inside look at how one of the world's leading pharmaceutical companies balances innovation with stringent GxP compliance requirements. Michael walks ZJ through Takeda's strategic approach to empowering site-level innovation within a regulated framework, allowing their 25+ manufacturing sites to digitize at their own pace while maintaining regulatory compliance.
From their successful paperless transformation initiative that's "exploding" with adoption across their network to their pragmatic data architecture philosophy of "as local as possible, as global as needed," Michael shares how Takeda is making progress toward their ultimate vision: fully autonomous manufacturing operations where algorithms and feedback loops maintain critical parameters with minimal human intervention.
Topics discussed:
By FlowFuseDigital transformation in pharmaceutical manufacturing faces unique challenges that aren't present in other industrial sectors. In this episode of Industrial Visionaries, Michael Backhaus, Director of Digital Manufacturing at Takeda, provides an inside look at how one of the world's leading pharmaceutical companies balances innovation with stringent GxP compliance requirements. Michael walks ZJ through Takeda's strategic approach to empowering site-level innovation within a regulated framework, allowing their 25+ manufacturing sites to digitize at their own pace while maintaining regulatory compliance.
From their successful paperless transformation initiative that's "exploding" with adoption across their network to their pragmatic data architecture philosophy of "as local as possible, as global as needed," Michael shares how Takeda is making progress toward their ultimate vision: fully autonomous manufacturing operations where algorithms and feedback loops maintain critical parameters with minimal human intervention.
Topics discussed: