Pfizer Career: Associate Manager | Chemical Engineering Graduates Apply Now
Are you looking for an Associate Manager role in a leading global pharmaceutical company? This opportunity under Pfizer Career is ideal for professionals seeking a challenging Chemical Engineering Job in API development and technology transfer. Pfizer is hiring an Associate Manager – Engineering in Chennai to drive process scale-up, facility-fit assessments, and operational readiness for CRD projects.
About Pfizer
Pfizer is a global pharmaceutical leader committed to breakthroughs that change patients’ lives through science and innovation. With strong capabilities in research, manufacturing, and process engineering, Pfizer supports advanced API development and commercialization across its global network. Through Pfizer Career opportunities, professionals gain exposure to world-class technologies, cross-functional collaboration, and structured leadership development programs. This Chemical Engineering Job as an Associate Manager is an excellent opportunity to work on large-scale API projects, enhance technical expertise in process safety and scale-up, and build a long-term, growth-driven career in a globally recognized organization.
- Job Title: Associate Manager
- Location: India – Chennai
- Job Requisition ID: 4952217
- Qualification: Bachelor’s / Master’s degree in chemical engineering
- Experience: 3 to 8 years of experience in a technical/functional role. A Core Team member can be considered
Role and Responsibilities
- Primary role is to drive Technology transfer activities, including facility-fit assessment (process mapping), process optimization, and operational readiness assessment, and provide technical support as SME for successful scale-up of CRD projects in API development with internal & External CMO’s.
- Responsible person for an intermediate/API manufacturing development step in scale-up.
- Developing equipment fits for a multi-purpose API facility for new and existing products in existing equipment trains. e.g., successful tech. transfer from the sister site of a new, high-value, high-demand API product for commercial scale-up and manufacture.
- Providing end-to-end planning with respect to API supply commitments, short-term for casting, including raw material delivery and API release.
- Supporting HAZOP programs, FMEA, and Continuous Improvement projects.
- Design and develop safe manufacturing processes for APIs and their intermediates.
- Critically assess the safety of processes intended for the manufacture of APIs, and their intermediates, on laboratory, pilot plant, and commercial manufacturing scales. This activity is critical to laboratory, pilot plant, and commercial manufacturing activities.
- Develop knowledge and experience of chemical reaction hazards, engineering principles, and physical organic chemistry to be able to independently liaise with chemists to aid in the design of inherently safe processes and aid in solving process safety and scale-up related challenges as encountered.
- Use process modeling software like Dynochem, Aspen Plus, Visimix, and DoE/Minitab software for the development of scale-up from lab to plant scale.
- Familiarize with using PAT tools such as Crystal 16, FBRM, EasyViewer & BlazeMetrics for Crystallization studies and React IR on the Reaction kinetics.
- Using statistical tools to identify, analyze, and interpret patterns and trends in complex data sets could be helpful for diagnosis and prediction.
- Provide technical/ Process engineering support for R&D and Plant, such as corrosion study, mixing study, crystallization study, filtration study, Reaction kinetics, and Kla studies for effective scale-up.
- Support CRD chemists for their Process engineering studies for scale-up batches (Mixing from lab scale to plant scale, filtration studies using a pocket filter for the selection of a filter, and their Equipment mapping at a larger scale. Handling hydrogenation and Kilo facilities for scale-up batches.
- Provide technical engineering support for process fit to plant workshops to ensure successful technology transfers of new products.
- Sharing knowledge between sites with the same/similar technology within the global network, and Participation in global process technology networks.
- SME in Process Engineering principles and operations with a flair for people management and development skills.
- Collaboration with cross functional team for smooth and safe execution of projects across the sites.
- Support technology transfer activities, including process Optimization of infrastructure and operational readiness assessment.
- Generation of process engineering report associated with Technology Transfer.
Preferred Skills
- Excellent knowledge of chemical engineering unit operations and principles, including reaction kinetics, reactor design, chemical thermodynamics, heat and mass transport, engineering statistics, modelling and simulation (Dynochem, Aspen, Visimix, etc.).
- Excellent knowledge of downstream processing unit operations (extraction, distillation, crystallization, filtration/washing, and drying)
- Knowledge of equipment such as Reactors, filters, driers, centrifuges, mills, sieves, and filter/driers.
- Data collection and MINITAB analysis experience. Ability to develop data-driven root cause analyses and solutions with strong problem-solving skills and an aptitude for learning systems quickly. Able to utilize structured problem-solving techniques such as DMAIC, Ishikawa (Fishbone diagram), Five Whys (5W), or Lean Six Sigma. Able to resolve high-level performance issues into addressable actions.
- Strong ability to work and communicate effectively with team and peers within a manufacturing and Process R & D organization. This includes excellent communication skills: written and verbal.
- Competent in conducting chemical reactions, workups, and isolations in the laboratory to generate data
- Track record of successfully developing manufacturing processes.
- Excellent knowledge of scale-dependent and independent parameters and how to manage scale-up and scale-down experiments.
- Understanding and knowledge of process safety considerations when scaling processes.
- Working knowledge of off-line and on-line analytical techniques (e.g., HPLC, MS, NMR, FTIR, FBRM, UV)
