Atharva Aute

Improved material durability by 15% through advanced thermal and structural simulations of composite materials using ANSYS, overcoming inconsistencies in production quality. Achieved 10% reduction in production time by refining the prototype design and collaborating across teams, overcoming bottlenecks in workflow processes. Increased system reliability by refining mesh quality and geometry in CAD/FEA integration.

Focused on Multiphysics simulation, system modeling, and design optimization. Gained hands-on experience in ANSYS (Workbench, Fluent, APDL), Python programming, and numerical methods. Applied CFD and FEA to complex thermal-fluid-structural systems, with applications in hydrogen technologies, refueling processes, and mechanical subsystems. Developed skills in CAD tools (SolidWorks, CATIA V5, NX) and integrated control strategies for energy systems.

Built a strong foundation in mechanical systems, fluid dynamics, heat transfer, and FEM. Specialized in CAD (Siemens NX), FEA (ANSYS), and thermodynamic system simulations. Key projects included sensor-integrated suspension design for Formula Student and thermal-structural analysis of 3D-printed components. Developed practical skills in compressed air systems, turbomachinery, and design for manufacturability.