Carried out engineering projects by employing analysis systems such as DesignModeler, SpaceClaim, Meshing, Static Structural, Modal, Steady-State Thermal, Random Vibration, Transient Structural, Eigenvalue Buckling, Fluent Meshing, Fluent, CFD-Post in Ansys Workbench. Created best practices on contact modeling and multistage multiharmonic cyclic symmetry analyses. Also provided training for Ansys Mechanical and Ansys Fluent software. Worked on TF6000 and TF10000 turbofan engine projects as a stress analysis engineer at TUSAS Engine Industries Inc. (TEI) for 18 months.Linear and non-linear static analysesLinear and non-linear buckling analysesCyclic symmetry analyses Stiffness analyses Mode superposition transient analysesMesh refinement and mesh convergence studiesGenerating structured and conformal mesh using sweep and multizone methods Submodeling for aero-engine components and decomposing the model into sweepable bodiesShell modeling for complicated industrial platforms and trailersPreventing solver failure arising from rigid body motion in frictional contactsManaging the singularities and convergence problemsRunning iterations to process correct preload value by performing preload calculations Importing thermal, aero, and secondary air system loads into the model and running steady-state thermal analysis (conduction and convection) for regions where the point cloud in thermal data does not match with the modelSimulating time-dependent behavior of release of heat and combustion gasesExternal aerodynamic analysesPressure drop analyses Multiphase flow modeling Heat transfer modeling