The Industrial Imaging Physics Group

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OPTIMISE specializes in sophisticated hardware modeling and computational programming for the design of new industrial products, optimization of the performance of those products, and providing feedback for corrections during prototyping and manufacturing. Prototyping instruments and hardware for imaging scanners, medical detectors and industrial monitors is also a core competency.

Case Western Reserve University

OPTIMISE WHEEL OF FORTUNE in 2017 – An illustration of the OPTIMISE hub and its industrial clients. The radial lines represent past and present sponsored research, service agreements, internships, partnerships, and/or end-user relationships. The circumferential line represents collaborations, either next to or farther along the circumference, among clients that have been promoted by OPTIMISE. Not shown but important to the CWRU physics interdisciplinary approach to commercialization is a consulting network of physics, radiology, biomedical engineering, chemistry, and mathematics departments. Also not shown but equally important are institutions recently interacting with OPTIMISE for its expertise, including the Cleveland Clinic, University Hospitals of Cleveland, and The Ohio State University, and a new start-up, Crystics LLC, for the development of crystalline diagnostics through new medical and industrial monitors.

OPTIMISE is instrumental

Case Western Reserve UniversityOPTIMISE has been instrumental in the emergence of five new Ohio imaging companies, and has gained recognition for educating scores of students who have gone on to leadership positions in the Ohio imaging companies. Crystics LLC, introduced above, is anticipated to follow suit.

OPTIMISE contributes

The group has played a central role in the writing of a major MRI textbook, and its 2014 2nd edition, as well as the formation and ongoing administration of a pioneering CWRU Entrepreneurial Master's Program. Former students have their names on hundreds of medical imaging patents. We respond to technology-pull by multiple companies in quickly opening up new markets with late-stage commercialization.

Case Western Reserve University

 

Eddy current magnitude distribution from a simulation of the unwrapped RF shield given an optimized pattern of axial slits.  The current magnitudes follow the scheme indicated by the vertical color bar (arbitrary units). Learn more.

Case Western Reserve University

Illustration of RF shield and birdcage coil embedded in (a) a split transverse gradient coil and (b) a split longitudinal gradient coil.Learn more.

Case Western Reserve University

A flattened view of (one half of) an X-gradient coil for a split MRI system over a cylindrical RF shield (shown unwrapped) with axial and azimuthal slits as indicated.

Case Western Reserve University

An OPTIMISE team has been recognized with the Patent for Humanity award by the U.S. Commerce Department’s United States Patent and Trademark Office. The award is for a magneto-optical battery-operated malaria detection device (cheap, portable, fast) in the area of crystalline diagnostics.

 

 

© 2010 Case Western Reserve University, Cleveland, Ohio 44106, 216.368.2000 (legal notice)