Ajitha Kilaru

Model-based development of software components for embedded systems in the context of automated driving and electromobility Development and testing of code using SCADE and MATLAB-Simulink

• Develop 2D and 3D FEM simulation model of Eddy current Thermography for Powertrain components at various inductor positions • Perform Multi-physics simulation by coupling ANSYS Maxwell and Transient thermal solver • Analyze the heat distribution for various types of defects • Comparing simulation results with test bench data

1. Non destructive testing of Powertrain components 2. Building simulation model for Laserthermography using ANSYS transient thermal analysis 3. Comparision of experimental results with simulation results

1. Supervising students on Simulink Projects 2. Worked on optimizing the welding parameters for Al6063 while using Friction Stir Welding and Tungsten Inert Gas Welding

Analysed the working of Hydraulic Machinery in Blast Furnace Worked on Root cause analysis of Malfunction of Hydraulic Valves

Theory of Machinery, Thermodynamics, Strength of Materials, Fluid Mechanics, Manufacturing Technology, Heat Transfer, Vibration and Control systems, Design of Machine Elements, Solid Modelling and computer simulation, Machine tool Automation and Metrology

Finite Element Methods (Linear, Non-Linear, Multiphase materials), Computational Fluid Dynamics, Basic and Advanced Numerical Methods, Thermodynamics of materials, Tensor Calculus, Continuum Mechanics, Computational Inelasticity