FAQs
What is the primary purpose of the Process Modeler role at Pfizer?
The primary purpose of the Process Modeler role at Pfizer is to contribute to the design, development, optimization, scale-up, and technology transfer of manufacturing processes for intermediates and Active Pharmaceutical Ingredients (APIs) to enhance the speed, quality, and flexibility of pharmaceutical manufacturing.
What qualifications are required for the Process Modeler position?
A Ph.D. or equivalent in Chemical Engineering or Chemistry is required for the Process Modeler position.
What kind of experience is preferred for candidates applying to this role?
Preferred experience includes proficiency in Computational Fluid Dynamics (especially with Lattice Boltzmann techniques and particle dynamics), experience in multiphase flows, scientific programming experience (especially in Python), and familiarity with process simulators like AspenPlus and gPROMS.
Will the selected candidate work independently or as part of a team?
The selected candidate will engage in multidisciplinary scientific teams but will also be expected to independently plan, prioritize, interpret, and present their work.
What type of modeling expertise is required for this role?
The role requires expertise in computational fluid dynamics and multiphysics models, as well as the ability to develop hybrid data-driven and first-principle models to support process scale-up and optimization.
How will the Process Modeler contribute to the broader scientific community?
The Process Modeler will collaborate closely with scientific collaborators, develop knowledge and skills alongside other specialists, and author impactful publications and presentations to share findings with the wider community.
Is there an opportunity for training and development in this role?
Yes, the selected candidate will undergo a program of dynamic learning and training tailored to enhance their contributions to the organization and support their professional development.
What is the work location for the Process Modeler position?
The work location for the Process Modeler position is hybrid, indicating a combination of remote and on-site work.
What kinds of modeling approaches will be utilized in this role?
The role will involve using parameter estimation, global sensitivity analysis, error propagation, and developing process and equipment digital twins and models to analyze and optimize manufacturing processes.
Are there opportunities for collaboration with external institutions?
Yes, the Process Modeler will interface with scientific collaborators and connect with technology, business, and academic institutions for knowledge exchange and advancement of process development methodologies.