Bhushan Kargi

Performed performance optimization and failure analysis for valve systems using FEM and CFD, reducing development cycle time and prototyping costs and validating improvements through physical testing.

Designed compressor components and performed FEM, MKS and thermal analyses, applying topology optimization to improve component performance and presenting simulation results to customers.

Modeled and meshed elastomer vehicle door seals and developed LS-DYNA FE models for non-linear implicit analysis to verify mechanical behavior across element types and material models.

Managed CAD drawing-based delivery notes and maintained database entries to support engineering documentation and logistics processes.

Assisted in ANSYS simulation courses and conducted benchmark stress, strain, and thermal simulations in ANSYS APDL to support teaching and research activities.

Reviewed technical specifications and selected pumps for industrial applications and prepared price quotations based on technical and metallurgical data.

Activities and societies: Master thesis at the Institute of Continuum Mechanics; research assistant experience supporting ANSYS simulation courses and benchmark simulations.

Completed an MSc in Computer Aided Conception and Production in Mechanical Engineering with thesis work on FE modeling and non-linear implicit analysis of elastomer vehicle door seals.

Earned a Bachelor of Engineering in Mechanical Engineering covering core mechanical engineering fundamentals and design practices.