GAUTAM PARAMASIVAM

• Validated FE HVAC model using Hypermesh and implemented CBUSH damping connections. • Simulated and assessed the HVAC model, adhering to static and fatigue criteria as outlined in EN 12663. • Identified Critical Load Cases and calculated Degree of Utilization using Python Script in alignment with the FKM Guidelines. • Calculation through Modal Analysis, Frequency Response Analysis, Direct Frequency Response Analysis on HVAC Model. • Simulated Random Vibration Test according to the Standard IEC 61373.

• Redesigned work roll bearing choke using SOLIDWORKS to enhance load-bearing capacity. • Supervised and managed Sheet Metal Production, ensuring optimal use of Machinery, Materials, and Personnel in accordance with Production Schedules. • Collaborated effectively with production, quality, and maintenance departments, to ensure smooth operations. • Conducted RCA to identify and resolve Quality issues and implemented Kaizen, 5S principles. • Developed FMEA, SOPs, and Control Plans.

Computational Fluid dynamics, Fluid dynamics, Modern Wind Turbines, Numerical Mathematics, Partial Differential Equations, Ship Theory

Design of Machine Elements, Fluid Mechanics, Manufacturing Technology, Finite Element Analysis, Mathematics, Automobile Engineering.