This role involves leading the clinical development of oncology treatments, specifically in genitourinary cancers. Responsibilities include defining clinical strategies, leading cross-functional teams, and engaging with health authorities and external partners. The position emphasizes leveraging advanced analytics and AI to drive decision-making and innovation in clinical development.
This role involves leading the clinical development of oncology drugs, specifically in genitourinary cancers. Responsibilities include defining clinical strategies, leading governance discussions, and representing the asset in external engagements. The role requires strong scientific and leadership skills, with a focus on integrating data and technology to drive clinical development.
This role involves designing and executing bioanalytical and immunogenicity strategies to support mRNA-based therapeutic development. The scientist will lead assay development for clinical programmes using platforms like ELISA, MSD, and cell-based methods, ensuring regulatory compliance and robust data generation. The position emphasizes collaboration across multidisciplinary teams and integration of digital tools and AI to advance Moderna's pipeline.
This role involves designing and executing biochemical and molecular biology assays to support pharmacokinetic/pharmacodynamic analysis. Responsibilities include developing robust mRNA-based bioanalytical capabilities, troubleshooting scientific issues, and collaborating with external partners. The position also offers opportunities to work with Generative AI and digital tools to enhance scientific workflows.
This role involves leading the clinical development strategy for GSK's hematology portfolio, from early-phase studies to market launch. Responsibilities include shaping scientific approaches, managing cross-functional teams, and ensuring regulatory compliance. The role emphasizes innovation, patient-centric focus, and strong leadership.
This role involves leading the clinical development strategy for GSK's hematology portfolio, from early-phase studies to market launch. Responsibilities include shaping scientific approaches, managing cross-functional teams, and ensuring regulatory compliance. The role requires deep expertise in hematology/oncology and a proven track record in clinical trial design and execution.
This role involves leading the clinical development strategy for GSK's Hematology portfolio, from early-phase studies to market launch. Responsibilities include shaping scientific approaches, managing cross-functional teams, and ensuring regulatory compliance. The role requires extensive experience in oncology clinical development and leadership.
This role involves providing medical leadership within oncology clinical development, specifically in genitourinary (GU) cancers. The Medical Director will lead medical monitoring, ensure patient safety, contribute to study design and regulatory interactions, and interpret clinical data to inform decision-making. They will work closely with cross-functional teams and external experts to advance GSK’s oncology pipeline with a focus on high unmet need areas.
This role involves leading medical oversight and clinical strategy for genitourinary (GU) oncology trials within GSK’s R&D pipeline. The Medical Director provides physician-level expertise in study design, safety monitoring, data interpretation, and regulatory engagement, ensuring patient safety and scientific integrity. They collaborate with cross-functional teams and external experts to advance innovative cancer treatments through clinical development.
This role involves leading medical strategy and oversight for genitourinary (GU) oncology clinical trials within GSK’s R&D pipeline. The Medical Director provides physician-level expertise in study design, real-time safety monitoring, data interpretation, and regulatory engagement, ensuring patient safety and clinical integrity. They work cross-functionally within a matrix team to advance innovative cancer therapies from development through to regulatory submission and scientific dissemination.
This role involves providing medical leadership within oncology clinical development for genitourinary (GU) cancers, focusing on study design, medical monitoring, and safety oversight. The physician will interpret clinical and safety data, contribute to regulatory submissions, and engage with investigators and external experts. Working within a cross-functional team, the role ensures patient safety and clinical integrity across trials while supporting GSK’s mission to advance innovative cancer treatments.
This role involves providing medical leadership in oncology clinical development for genitourinary (GU) cancers, with responsibility for medical monitoring, safety oversight, and clinical data interpretation across trials. The Medical Director integrates physician expertise into study design, regulatory interactions, and cross-functional decision-making, working within a global matrix team. The position requires deep oncology knowledge, experience in clinical trial conduct, and strong collaboration with internal teams and external experts.
This role involves providing medical leadership in oncology clinical development, specifically for genitourinary (GU) cancers. The Medical Director will lead medical monitoring, contribute to protocol design, interpret clinical data, and ensure patient safety across clinical trials. They will work closely with cross-functional teams, engage with external experts, and support regulatory submissions and scientific communications within a global pharmaceutical environment.
This role involves leading the development and deployment of Lab-in-an-Automated-Loop (LIAL) systems, integrating computational intelligence with physical laboratory experimentation. Responsibilities include collaborating with cross-functional teams to design and implement integrated systems, driving innovation with AI and data automation, and mentoring early-career scientists.
This role involves leading the development and deployment of Lab-in-an-Automated-Loop (LIAL) systems, integrating computational intelligence with physical laboratory experimentation. Responsibilities include collaborating with cross-functional teams to design and implement these systems, translating scientific requirements into technical solutions, and driving innovation through AI and data-driven methods.
