Darienny Stover is a dedicated Operations Manager at Merck, where she plays a pivotal role in the BulkHIB Integrated Product Team (IPT), specifically overseeing the manufacturing processes for the Pedvax vaccine. With a strong foundation in organic chemistry and mechanical engineering, Darienny brings a unique...
Darienny Stover is a dedicated Operations Manager at Merck, where she plays a pivotal role in the BulkHIB Integrated Product Team (IPT), specifically overseeing the manufacturing processes for the Pedvax vaccine. With a strong foundation in organic chemistry and mechanical engineering, Darienny brings a unique blend of technical expertise and project management skills to her role. Her responsibilities encompass critical processes such as the derivatization of polysaccharide conjugates, the conjugation of dPRP-iOMPC, and the adsorption phases essential for vaccine efficacy.
In her current position, Darienny is deeply involved in ensuring compliance with Good Manufacturing Practices (GMP) and regulatory standards, which are paramount in the pharmaceutical industry. Her meticulous attention to detail and organizational skills enable her to manage complex deviation management processes effectively, ensuring that all operations align with stringent regulatory requirements. Darienny’s experience with quality assurance and regulatory inspections further enhances her capability to lead projects that not only meet but exceed industry standards.
Additionally, Darienny is adept in utilizing various MPS tools and software, including Microsoft Excel and Origin, to streamline operations and enhance data analysis. Her proficiency in scanning electron microscopy (SEM) and solid modeling with SolidWorks allows her to contribute to product development and optimization initiatives, ensuring that Merck remains at the forefront of pharmaceutical innovation. As she continues to pursue further professional development, Darienny is committed to leveraging her skills in business planning and team collaboration to drive performance optimization and contribute to the successful delivery of life-saving vaccines.
