18 of 18 Permanent Data Analysis Jobs in Oxford

workloads and delivering large-scale projects. A strong background in service delivery, including managing relationships with third-party suppliers. Up-to-date understanding of data protection, information security, and information governance. Exceptional interpersonal and customer-focused skills, with the ability to build strong relationships across clinicians, operational teams … colleagues, and suppliers. Proven analytical and problem-solving ability, including data analysis and reporting using established tools. The ability to translate technical information into clear, accessible language for non-technical audiences. Experience in mentoring, coaching, and developing team members. Experience working in a private healthcare clinical ...

.NET/.NET Core frameworks and cloud-based architectures such as AWS. Software Engineers will develop project applications, graphical software, developing cross-platform, graphical data analysis and device-configuration for software applications. Software Engineers will have experience of leading major projects involving Web client/server applications. Software … will have some of the following experience: Solid understanding of software architecture, design patterns, and multi-threaded applications. Experience developing user interfaces, data visualisation tools, and interactive software. Proficient in version control, testing, and release management, ideally using GitLab DevOps. Experience practitioner of Agile methodologies and collaborative software development ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging math problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging math problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging biology problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging biology problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging biology problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging biology problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on expert physics tasks that include solving challenging problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on expert physics tasks that include solving challenging problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on expert physics tasks that include solving challenging problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on expert physics tasks that include solving challenging problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on expert physics tasks that include solving challenging problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on expert physics tasks that include solving challenging problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging math problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging math problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging math problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...

work closely with state-of the art AI models to take on programming tasks that include solving challenging math problems and synthesizing insights through data analysis and visualization. Your work directly contributes to refining intelligent systems that learn, adapt, and evolve. Some team members fit this work alongside ...