・Investigated the effects of regenerator surface properties on the magnetocaloric effect.・Conducted thermo-fluid analysis in magnetocaloric heat exchanger systems using near-infrared imaging techniques.・Developed three-dimensional reconstructions of temperature and flow fields in buoyancy-driven flows.

・ Simultaneous measurement of temperature and flow fields.・ Metal particle melting simulation for additive manufacturing.

Teaching Assistant of Biomechanics Engineering.・ Created program codes and image processing methods using Matlab.・ Assisted and answered students' questions during exercise sessions.

• Generated simulation-specific meshes using ANSA pre-processor, ensuring mesh criteria were in compliance with customer requirements.• Simulated and analyzed static/dynamic, linear/nonlinear, modal, vibration, fatigue, and fast dynamics in mechanics and structures using commercial software, such as ABAQUS and LS-DYNA.• Researched new methods to improve the time required for meshing and calculations.

• 3D-Mesh structural models with VISUAL-MESH.• Drop test problem using VPS/PAM-CRASH. • Deep drawing process by PAM-STAMP 2G.