Utilize principles like chemical engineering, process engineering, bio chemical techniques, cellular techniques, mechanics, equipment design, sensitivity analysis, control strategies good manufacturing practices for technology transfer, industrializing and de risking manufacturing of advanced technologies e.g cell and gene therapy 3 yrs. Apply structured problem solving and process improvement methodologies DMAIC, Agile, Six Sigma, Shingo, A3 to drive global manufacturing network productivity and product quality improvement 3 yrs. Apply management principles frameworks to drive strategic decision making Hoshin Kanri, X Matrix, RACI, Scenario Analysis, performance indicators, voice of customer, communication plans, COGM and budgeting to define cell and gene therapy network strategy, support roadmap development and deployment 2 yrs. Work with programming languages PowerShell, Python, R, advanced analytical tools JMP, Statistica, Ansys, PowerBI and or enterprise systems Comsol. Simio, MES, Labware LIMS, BMRAM, Unicorn, PI to build simulation models, COGS model and digital twin models to validate development, identify future capability requirements and perform process optimization and or business process automation 3 yrs.

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