Rutvik Khatrani

· Designed pressure relief valves and pump surfaces using Creo. · Conducted simulations with Ansys Mechanical (FEA) and Ansys Fluent (CFD) to optimize designs. · Validated and improved prototypes through testing and data analysis. · Prepared accurate technical documentation, including drawings and BOMs. · Collaborated with teams to ensure manufacturability and meet project timelines.

· Engineered mechanical components, including bearings, shafts, brackets and gears, using SolidWorks and Creo for precise 3D modelling. · Simulated assemblies to test mechanical systems (e.g., gearboxes, motor mounts) to ensure functionality and durability. · Performed structural, thermal, and tolerance analysis, including GD&T, in ANSYS to ensure robust designs and seamless assembly. · Documented technical specifications and assembly instructions, supporting manufacturing and quality assurance processes.

· Diagnosed and repaired automotive faults, enhancing vehicle performance and reliability. · Installed and fitted mechanical and electrical components, ensuring seamless integration and functionality. · Collaborated with engineers to streamline maintenance processes, improving service efficiency and reducing vehicle downtime.

Specialization: (Sustainable Mobility and Production Technology, AI and Autonomous driving, E-powertrain)

Coursework: Mathematics, PPS, Advanced Thermodynamics, Applied Kinematics, Material Science & Metallurgy, Precision Machine Design, Fluid Mechanics & Hydraulic Systems, Automotive Systems & Engine Technology, Heat Transfer Engineering, Mechanical Dynamics, Automotive Electronics & Embedded Systems, CAD/CAM & Digital Manufacturing, Vehicle Dynamics & Control, Automotive Component & System Innovation.