Mrudula Rajendra Chougule

Functions Development Engineer: - Analyse and adapt Functional Software Requirements according to Project specifications - Develope Control function models using MATLAB/Simulink in compliance with AUTOSAR standards - Create Functional Test Cases to check Simulation Logic and achieve maximum Model Coverage - Perform Model-in-Loop (MIL) & Software-in_Loop (SIL) tests to validate the Software after Code generation using Embedded Coder - Participate in Peer reviews & collaborated with Cross-functional Teams

Algorithm Development for Reduction of Torque Ripples in E-Motors (E-Mobility) - Analyse existing Torque Ripples in PMSM/BLDC Motors using FOC - Evaluated Magnetic flux harmonics from Back EMF Voltage data - Derived Mathematical equations for Harmonic Currents based on Motor Parameters & Flux harmonics - Used Harmonic Current Injection (HCI) method to cancel out reduce Torque Ripples - Investigated Controller bandwidth limits & Used Smith Predictor along with PI controller to increase Controller Bandwidth

Estimation of Leakage Currents for Withstand Voltage Test (Sensors and High Voltage Safety of E-Motors) - Hands on experience EOL Withstand Voltage Test of Electrical devices to check Basic Insulation - Evaluation of Stator Capacitances (based on Distributed/Concentrated winding type) using Electrostatic simulations - Knowledge of Dielectric properties of the Insulation material used - Designed Simulink Model for Leakage Current calculation based on the apllied AC Voltage used for Actual Test

CFD Engineer: Analysis of Vehicle Aerodynamic Drag Forces, their effect on Fuel Consumption and Cooling System Evaluation for Combustion Engines and Plug-in Hybrid Vehicles

Grade: 1.6 Subjects : Automation, Mathematics, Power Electronics, Electrical Drives, Advanced Control Systems, Integration of Mechatronic Systems, Embedded Computing, Process Interface Equipment, Simulation of Mechatronic Systems, Engineering Design and Materials

Grade: 1.88 Subjects: Computational Fluid Dynamics (CFD), C-Programming, Numerical Methods & Computer Programming (NMCP), Thermodynamics, Heat Transfer, Engineering Mathematics, Basics of Electrical and Electronic Systems, Fluid Mechanics, Automotive Engineering, Stranght and Dynamics of Materials