2019 Fellowship

Catalyst collaborators
US Department of Veterans Affairs logoVHA Innovation Ecosystem logoHood Pediatric Hub at MIT logo

Fellows

Chris Carr, ScD
Research Fellow, Massachusetts General Hospital (MGH)
Bio
Jon Champagne, PA-C
Physician Assistant, Cardiac Electrophysiology, West Roxbury VA
Bio
Anna Jagielska, PhD
Research Scientist, MIT
Bio
Amy Linsky, MD
Physician, Internal Medicine, VA Boston Healthcare System
Bio
Ravi Rasalingam, MBChB portrait
Ravi Rasalingam, MBChB
Staff Cardiologist, Boston VA Healthsystem
Bio
Aasia Romano, MD
OBGYN Physician, Clinical Instructor, Harvard Medical School, VA
Bio
Tarsha Ward, PhD
Postdoctoral Research Fellow, Harvard Medical School
Bio

Faculty

Stephan Gaehde, MD, MPH
Boston VA Medical Informatics Fellowship Program Director; Boston VA Chief of Emergency Services
Bio
Karen Golmer, MBA
Innovation Manager, MIT Deshpande Center for Technological Innovation
Bio
Martha Gray, PhD
J. W. Kieckhefer Professor of Health Sciences and Technology; Professor of Electrical Engineering and Computer Science, MIT; Director, MIT linQ
Bio
Peter Hansen, PhD
Founder of Union Biometrica, Inc.
Bio
Jacob Hooker, PhD
Phyllis and Jerome Lyle Rappaport MGH Research Scholar; Professor of Radiology, Harvard Medical School
Bio
Andy Levine, MS
CEO and President, Conformal Medical
Bio
Fiona Murray, PhD
Associate Dean for Innovation, MIT Sloan School of Management; Co-Director, MIT Innovation Initiative
Bio
Emily Niederst, PhD
Director of Scientific Initiatives, Alana Down Syndrome Center
Bio
Tim Padera, PhD
Associate Professor in Radiation Oncology, Harvard Medical School
Bio
Ravi Rasalingam, MBChB portrait
Ravi Rasalingam, MBChB
Staff Cardiologist, Boston VA Healthsystem
Bio
Karthik Sivashanker, MD, MPH
Assistant Professor of Psychiatry, Boston University; Consultation-Liaison Psychiatrist, VA Boston
Bio
Nancy R. Steele, MA
Vice President, Strategy & Innovation at Pfizer, retired
Bio
Collin Stultz, MD, PhD
Professor of Electrical Engineering and Computer Science, Institute for Medical Engineering and Science, MIT
Bio
Ben Vakoc, PhD
Associate Professor, Harvard Medical School; Massachusetts General Hospital Wellman Center for Photomedicine
Bio

Experience highlights

Fellows discussing ideas on a bulletin board
New project discovery with high potential to achieve health impact and without the constraints of a single lab or organization.
Process driven by you in a multi-disciplinary team based environment. Past teams have established new lines of research, launched start-ups, and embarked on new career trajectories.
Mentored by a unique network of leading experts in their field from academic research and industry that shortens the time to realize meaningful healthcare outcomes.
A proven MIT linQ Innovation Method that focuses on real-world medical innovation opportunities and accelerates impact.

The process

Proof of need

Identify and evaluate relevant unmet medical needs by visiting laboratories, talking with clinicians, and exploring the literature.

Proof of opportunity

Identify and evaluate a set of possible solutions. Meet with key stakeholders to assess their potential of solving the unmet need.

Project proposal

Develop a research project plan with milestones over a 12-18 month time frame.

Outcome

Portfolio of validated research projects for ongoing mentorship, with real opportunity to transition to the project execution phase, project execution—exploration of funding and commercialization opportunities. Learn more about the Catalyst process

As an engineer, you have honed your problem-solving skills and have a deep understanding of technology. The biomedical field is ripe with opportunities for individuals like yourself to apply your expertise and make a profound impact on the lives of patients and providers. The Catalyst Program offers an exceptional platform to harness your talents and channel them towards addressing the most pressing challenges in healthcare today.