Pharmaceutical Specialist

As the Catalyst Development & Scale-Up In charge at our company, you will play a crucial role in leading the research, development, optimization, and scale-up of catalyst systems used in pharmaceutical manufacturing processes. Your expertise in catalysis chemistry, process knowledge, scale-up methodologies, and precious metal inventory management will be essential in ensuring efficient, cost-effective, and compliant production of high-quality intermediates and APIs. Key Responsibilities: - Design, synthesize, and optimize heterogeneous and/or homogeneous catalysts, particularly Pd, Pt, Ru, Rh, on supports like activated carbon, alumina, and other supports. - Conduct lab-scale experiments to evaluate catalyst activity, selectivity, stability, and recyclability. - Screen novel catalytic systems for yield improvement, loss of precious metal, process efficiency, and sustainability. - Translate lab-scale catalytic processes into pilot and commercial-scale operations. - Develop scale-up protocols considering heat/mass transfer, reactor design, and safety requirements. - Prepare process development reports, scale-up protocols, and technical transfer documents. - Ensure compliance with GMP, safety, and environmental regulations. - Work closely with R&D chemists, analytical teams, production, and quality control. - Provide technical training to production teams on catalyst handling and process parameters. Qualifications Required: - Masters or Ph.D. in Chemistry, Chemical Engineering, or related field, with specialization in catalysis or process chemistry. - 7+ years of experience in catalyst development, preferably in a pharmaceutical or fine chemical manufacturing environment. - Strong understanding of chemical kinetics, reactor design, and process safety. - Familiarity with GMP, ICH guidelines, and regulatory requirements for pharmaceutical manufacturing. About the Company: The Catalyst Development & Scale-Up In charge will lead the research, development, optimization, and scale-up of catalyst systems used in pharmaceutical manufacturing processes. This role bridges laboratory innovation with plant-level implementation, ensuring efficient, cost-effective, and compliant production of high-quality intermediates and APIs. The position requires strong expertise in catalysis chemistry, process knowledge, scale-up methodologies, and precious metal inventory management.,