In the precision diagnostics project, we are creating enabling technologies for healthcare and life sciences using multidisciplinary research and a problem-oriented agenda. Our goal is to solve important medical problems while generating massive amounts of high-value data.
Much of the knowledge we have in biology and medicine is derived from the ability to detect analytes from complex biological samples. In addition, precise analysis of biological samples is vital for diagnostics and managing patients. Therefore, new bioanalytical tools are critically needed to push the frontiers of knowledge in life sciences and to improve healthcare.
Over the years, we have gradually shifted from research on self-assembly, soft lithography and microtechnology to issues in biology and medicine where critical technology gaps exist.
Our current challenges deal with the rapid and precise detection of analytes for point-of-care diagnostics.
Another challenge is the analysis of tissue sections and cells for pathology and cancer research.
We have a longstanding tradition of being innovative and working with academia and industrial partners in collaborative projects. In addition, our project takes advantage of IBM’s profound expertise in science and technology to realize precise diagnostic prototypes, which can be enhanced by IBM’s activities on cloud computing, analytics, the internet of things, security, and mobile health.
For prospective female scientists and applicants
Our lab and project welcome applicants with diverse backgrounds and origins. Specifically, women are under-represented in technology and certain research areas. If you are a female applicant, student, or scientist interested in working with us, we invite you to contact our female team members, who are happy to share their experience of working on research projects or help you with your application.
Ask the expert
IBM Research scientist
Opportunities for Master’s students
Our current work on precision diagnostics for mobile health provides outstanding opportunities for Master’s students to work on developing point-of-care diagnostics, smartphone applications and solutions for improving the security of diagnostics and preventing counterfeited medical devices.