Jennifer Morrissey serves as the Research Integration Lead at SETU Research, where she plays a pivotal role in harmonizing research and innovation initiatives across multiple campuses. With her extensive background in the pharmaceuticals industry and academia, Jennifer leverages her expertise in drug delivery systems, analytical...
Jennifer Morrissey serves as the Research Integration Lead at SETU Research, where she plays a pivotal role in harmonizing research and innovation initiatives across multiple campuses. With her extensive background in the pharmaceuticals industry and academia, Jennifer leverages her expertise in drug delivery systems, analytical chemistry, and polymer science to drive impactful projects that enhance the integration of research efforts. Her leadership within the SETU Project Management Office (PMO) focuses on creating a cohesive research environment that fosters collaboration and innovation, ensuring that diverse research teams can work synergistically towards common goals.
One of Jennifer's key projects involves the development of advanced in vitro analysis techniques to improve drug formulation and delivery mechanisms. By utilizing her strong foundation in statistics and analytical techniques, including HPLC and spectroscopy, she is able to guide her team in conducting rigorous validation processes that are essential for regulatory compliance in the pharmaceutical industry. Her proficiency as a Subject Matter Expert (SME) in JMP further enhances her ability to analyze complex data sets, facilitating informed decision-making in research and development (R&D) initiatives.
Jennifer’s commitment to fostering a unified research culture is evident in her strategic approach to cross-campus integration activities. She actively promotes knowledge sharing and collaboration among researchers, which not only accelerates innovation but also enhances the overall quality of research outputs. With her PhD in Medicinal and Pharmaceutical Chemistry, Jennifer continues to contribute to the advancement of pharmaceutical sciences, making her an invaluable asset to SETU Research and the broader scientific community.
