• Developed a fluid-structure-interaction solver ‘vicar2d’ to simulate the motion of flexible bodies in the fluid.• Developed a code to simulate the multiphase flows in complex geometries by implementing front-tracking and level-set methods in both 2D and 3D fluid solvers. This work is supported by the American Chemical Society Petroleum Research Fund.• Study the water-air, gas-liquid interaction, boiling bubble problem, the free surface flow in open channels and hydraulics of pipe flow using in-house and commercial codes.• Created a comprehensive simulation platform with high reliability for various microfluidic problems.• Modeled a novel MEMS energy-harvesting system using elastic structures.

• Class project design for Intermediate Fluid Mechanics. • Tutorial manual compilation for Gambit & Fluent.• Gambit & Fluent software tutoring.

• Founded a highly efficient optimization platform with automatic meshing and simulation. Optimized an airfoil shape NACA65006 to increase the lift-drag ratio by 26%.• Developed an analytic tool to study the wind turbine aerodynamic performance. Simulated S809 airfoil and NREL Phase-VI turbo machinery with difference turbulence models. Revealed the characteristics of the wing stall phenomenon. Suggested the maximum working wind velocity.• Developed a combined fast FEA-CFD solver to study the wing flutter problem for the NACA0012 airfoil under transonic condition.• Analyzed the temperature increase and heat dissipation inside a rotor-stator system.