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New Faculty
Vivek Shenoy David Issadore
Professor of Materials Assistant Science Professor and of Engineering
Bioengineering
David J. Srolovitz Ladislav Kavan
Joseph Bordogna Assistant Professor Professor Engineering of Computer and and Applied Information Science Science
Professor of Materials Science and Engineering and
Ph.D. in Physics, Ph.D. in 2009 in Applied Physics, Harvard University Professor of Mechanical Ph.D. in 2007 Engineering Computer and Applied Science, Mechanics
The Ohio State Postdoctoral UniversityFellowship, The Center for Systems Biology,
Czech Technical University
Massachusetts General Hospital
Ph.D. in Materials Researcher, Science Disney and Engineering,
Interactive Studios and ETH Zurich
Dr. Shenoy is a world leader in the mechanics and physics
University of Pennsylvania
of nanostructure Dr. Issadore’s formation. research He has focuses used rigorous on the analytical development of
Dr. Kavan explores new approaches to real-time computer
methods and micro- multiscale and nanoscale modeling molecular techniques, sensors ranging and from their Dr. Srolovitz graphics is the inaugural and animation. Joseph Bordogna In his most Professor recent work, he studied
atomistic density applications functional to high theory impact to continuum problems methods, in medicine. to His lab of Engineering how and to Applied take a standard Science physics-based at the University deformation of model
gain deep physical takes a insight multidisciplinary into myriad approach, important integrating problems in technology Pennsylvania, and and transform holds a joint it into appointment a geometric in “deformer,” the Departments
of Materials closed-form Science algorithm and Engineering that can produce and Mechanical virtually the same
i.e., a simple
materials science from microelectronics, and mechanics. microfluidics, nanomaterials and
molecular targeting into portable, low-cost hybrid microchips. Engineering result, and Applied several Mechanics. orders of magnitude He has also faster been than named the original
Dr. Shenoy’s Using current these research miniaturized focuses systems, on developing Dr. Issadore envisions the Founding formulation. Director of the In his Penn previous Institute work, of Computational
he applied techniques
theoretical concepts that medical and diagnostics numerical methods can be liberated to understand from the labor- Science. He from joins abstract Penn Engineering and linear following algebra, a spectral post in methods and finite
the basic principles intensive, that centralized control the facilities behavior in which of both they are currently Singapore where elements he served to improve as the upon Executive technology Director used of in the game and
engineering housed and biological and brought systems. directly A significant to the clinic, challenge thus offering
the Institute film of High industries. Performance One such Computing, example and is dual quaternion skinning,
modeling these tremendous systems is benefits that important for patients. processes involve
Scientific Director an algorithm of A*STAR’s for skeletal Science shape and deformation Engineering which corrects
coupling of both small-scale (atomic or single molecule)
Research Council. for deficiencies of previous linear blending methods.
phenomena In and his long-range previous work, (elastic, Dr. electromagnetic)
Issadore has developed an
interactions electronically over length scales programmable of hundreds microfluidic nanometers. platform that Dr. Srolovitz is a leading scholar in theoretical and
The goal of his controls group’s individual work is to cells, address a portable these NMR issues system by that detects computational materials science and related disciplines,
combining atomic bacteria scale in sputum simulation samples methods and a with micro-Hall continuum chip that especially as they apply to understanding defects in materials,
or mesoscale sensitively theories and measures by adapting circulating insights tumor from cells in blood. microstructure, morphology and their temporal evolution.
condensed matter physics, solid mechanics, chemistry,
He is particularly well known for his work on surface
materials science and applied mathematics.
stability, grain growth and film growth.
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