Sushmita Subhas Nadkarni

Functional Safety Assessments in Automotive , Railways and Medical Technik domains. Integration testing of ignition systems for RheinMetall Protection Systems. Systems, SW and HW architecture modelling. ISTQB Foundation Level Certified and ASPICE certified.

Model-based Development of Magnetorheological fluid-based Actuator 1. Component modelling of MR fluid based brake for steer by wire application. 2. Validation of rheological properties of MR Fluid with the test results. 3. Literature research on different topologies of MRF Brakes. 4. Selection and optimization of Brake to fulfill the requirements

• Modified test cases for checking the various functionalities of Control Desk (DSpace) software for different vehicle and Software versions. • The existing test cases for BEV battery packs was modified to test the PHEV battery packs. • Version Controlling was done with the help of GIT. • For any change made in the control desk software , the BMS had to respond correctly by setting up diagnostics , CAN-FD bus signals.

Function owner of Control Algorithms: Current Prediction, Current Limits to avoid lithium plating, State of Health of Capacity (SOHC) • Proxy for Control Algorithms: State of Charge (SOC), Current limits to avoid temperature limits, Resistance Estimation. • Version Controlling of different customer and software version in GIT (maintain the GIT environment and update regularly the master branch) • Developed Internal Validation environment in MATLAB/Simulink for MIL (Model in Loop) Simulations.

Worked as intern in the department of Battery Management System. The internship project was done on the topic : OCV relaxation model based on linear over-determined equation. The aim of the project was to accurately estimate the open circuit voltage in short relaxation time with less voltage breaks. This topic is a area of research. The accurate OCV will help in initialising the SoC in Electric Vehicle's

Major Focus in Vehicle Electronics : Subjects : Automotive Communication Systems , Mathematical Modelling , Development Methodologies for Automotive Communication Systems

Major Focus : Physics , Chemistry , Mathematics , Computer Science