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Patel and his team will develop data-driven learning-based approaches for restoration and understanding of images degraded by atmospheric turbulence.

This award is given in recognition of outstanding and sustained contributions to computational science, engineering, and mathematics.

The John C. Malone Assistant Professorship was endowed through the generosity of John C. Malone ’64, ’69 to support outstanding Whiting School faculty members within the Malone Center for Engineering in Healthcare.

Established in 2008 by Robert Seder, university trustee, and Deborah L. Harmon in honor of former JHU President William R. Brody, the award supports promising young faculty in the Department of Biomedical Engineering.

Mitra Taheri was cited for pioneering contributions to in-situ microscopic and spectroscopic characterization, as well as for her commitment to diversity in mentorship of the next generation.

The award recognizes early stage scholars with high levels of promise and excellence.

This award recognizes outstanding contributions to the understanding of the behavior of liquids and gases in motion as related to needs in aeronautics and astronautics.

This honor recognizes the professional achievements of scholars and scientists who have made exceptional contributions to cardiac rhythm research, distinguishing themselves in clinical, educational, and organizational aspects of the field.

Election to the AIMBE College of Fellows is among the highest professional distinctions accorded to medical and biomedical engineers

This award recognizes outstanding effort and creative work in the science and technology of dynamic processes in materials and related applications.

Salzberg was selected for his contributions to computational biology, including software for DNA sequence analysis, alignment, and genome assembly.

Bell was recognized for her “pioneering contributions to photoacoustic imaging for surgical guidance, including innovative technology designs, novel deep learning applications, informative spatial coherence beamforming theory, and visionary clinical possibilities.”