Kakani katija biography of williams

Katija became very interested As lead of the Bioinspiration Lab, Kakani and her group investigates ways that imaging can enable observations of life in the deep sea.
kakani katija biography of williams

Katija was born in Hawaii Kakani Katija is a bioengineer from Hawaii. While earning her Master's and PhD in Aeronautics and Bioengineering, Katija began to study the mechanics of swimming and feeding marine organisms. Biography.

RESEARCH EXPERIENCE. Postdoctoral Investigator,

Kakani Katija Bioengineer. Biography. Bioengineer and National Geographic Emerging Explorer, Kakani Katija is dedicated to developing underwater technologies to better observe biological and physical processes where they happen in the ocean.

RESEARCH EXPERIENCE. Principal Engineer, Kakani Katija Young is a bioengineer from Oregon who was a champion ice dancer with her brother in the junior ranks.
Within a short period Bio-inspired Design, California Institute of Technology Professor: JO Dabiri • Undergraduate and graduate student-level course Kakani Katija Young Curriculum Vitae.
Kakani KATIJA, Postdoctoral Fellow Principal Investigator and Project Manager. Deep sea, laser-sheet imaging system deployable from a remotely operated vehicle to measure particle fields and 3D reconstructions. Co-Principal Investigator. Biologging tags to measure organismal vital rates and environmental parameters on soft-bodied invertebrates (e.g., squid and jellyfish). Engineer.
Katija was born in Hawaii

Monterey Bay Aquarium Research Institute Proposal funded by Woods Hole Oceanographic Institution’s Cecil and Ida M. Green’s Technology Innovation Award. Designed fluids experiments for four lab groups to understand the dynamics of vortex ring pinch-off as a function of cylinder outlet angle. Katija K, Colin SP, Jiang H ().

Monterey Bay Aquarium Research Institute

RESEARCH EXPERIENCE. Postdoctoral Scholar, At Caltech, Kakani became more interested in fluid dynamics as they applied to bioengineering. Bioengineering is dominated by biomedical research. In fact, in college, Kakani worked to design an apparatus to improve artificial heart valves. One day, one of Kakani’s professors asked her to take part in a scuba expedition to study fluid.

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