Research applications include, but are not limited to, heat sink design, passive cooling, microfluidic devices, investment casting, additive manufacturing, etc.
Research Experience
Has extensive research experience in conjugate heat transfer, multiscale design, stress-based compliant mechanisms, additive manufacturing, investment casting, fluid-structure interaction problems, and reduced-order models.
Education
B.Eng., M.Sc., Ph.D.
Background
Associate Professor in Mechanical Engineering, specializing in optimal design for multiphysics applications. Research interests include structural optimization (shape and topology), sensitivity analysis, heat transfer, fluid dynamics, process modeling, finite element methods, advanced discretization techniques, large scale parallel programming, high performance computing, etc.