I am currently an assistant Professor at the
Department of Architecture at the Univeristy of Tokyo.
My research involves the
the simulation and analysis of Micro-Electromechanical Systems (MEMS).
Among the many classes of MEMS devices, I focus on the
numerical simulation of damping phenomen in high-frequency resonators
for RF applications. To simulate these devices, I am involved in the
development of a software called
HiQLab.
My research interests include:
- Computational mechanics and finite element analysis
- Coupled physics problems
- Modeling microelectromechanical systems (MEMS)
- Numerical modeling of damping phenomenon
- Numerical linear algebra (solution of eigenvalue problems and linear systems)
- Large scale numerical simulations involving parallel computing
- Reduced-order modeling of large-scale systems
My work is described in more detail in my CV and research statement; some of this work is described in much more detail in my dissertation.
