...We take pride in our graduates and their accomplishments, for, through research and teaching, they are indeed our finest product... (excerpt from the MUSE website)

• Heedong Goh, Postdoctoral Fellow




On inverse metamaterial design

• Mingwei Cai, PhD candidate




On subsurface imaging

• Mohamed Khazi, PhD candidate




On coupled-physics imaging

• Tairan Li, PhD candidate




On subsurface imaging

• Vikram Bhamidipati, PhD

now: Senior Researcher & Southwest Research Institute

Thesis: Forward and inverse modeling of conducting lattices using lattice Green's functions

• Heedong Goh, PhD

now: Postdoc, Metamaterials & Plasmonics Research Lab, CUNY

Thesis: Inverse design of metamaterials for wave control

• Hamidreza Mashayekh, PhD

now: Senior Engineer, Thornton Tomasetti, NY

Thesis: Parameter estimation in layered media using dispersion-constrained full waveform inversion

• Seungbum Koo, PhD

now: Mathworks

Thesis: Subsurface elastic wave energy focusing based on a time reversal concept

• Babak Poursartip, PhD

now: Research Geophysicist, CGG, TX

Thesis: Topographic amplification of seismic motion

• Pranav M. Karve, PhD

now: Research Assistant Professor, Civil and Environmental Engineering, Vanderbilt University, TN

Thesis: Inverse source problems for focusing wave energy to targeted subsurface formations: theory and numerical experiments

• Arash Fathi, PhD

now: Computational Scientist, ExxonMobil

Thesis: Full-waveform inversion in three-dimensional PML-truncated elastic media: theory, computations, and field experiments

• Chanseok Jeong, PhD

now: Assistant Professor, Central Michigan University, Michigan, MI

Thesis: On an inverse-source problem for elastic wave-based enhanced oil recovery

• Sezgin Kucukcoban, PhD

now: Senior Analyst, Stress Engineering Services Inc., Houston, TX

Thesis: The inverse medium problem in PML-truncated elastic media

• Jun Won Kang, PhD

now: Associate Professor, Hongik University, Seoul, Korea

Thesis: A mixed unsplit-field PML-based scheme for full waveform inversion in the time-domain using scalar waves

• Seong-Won Na, PhD

now: Senior Manager, Hyundai Engineering Co., Ltd., Seoul, Korea

Thesis: On a class of two-dimensional inverse problems: wavefield-based shape detection and localization, and material profile reconstruction

• Sanghoon Lee, PhD

now: Principal Research Engineer, Offshore Technology Research Team, GS Construction, Seoul, Korea

Thesis: Weakly non-local, arbitrarily-shaped, absorbing boundary conditions for acoustics and elastodynamics: theory and numerical experiments

• Ke Ma, MS

Thesis: 3D acoustic metasurfacaes for band gap control

• Tapan Thakur, MS

Thesis: Wave motion simulation using spectral elements and a hybrid PML formulation

• Pranav Karve, MS

Thesis: The inverse medium problem for Timoshenko beams and frames: damage detection and profile reconstruction in the time-domain

• Chanseok Jeong, MS

Thesis: Shape detection and localization of a scatterer embedded in a halfplane

• Tanjeet Juneja, MS

Thesis: A symmetric Galerkin boundary element method for multi-domain interface problems