Software Engineer, Body Control Module (BCM) Jul’20 – Jun’22

Mercedes-Benz Research & Development Center, India

• Developed software for the Automobile Body Control Module (BCM) subsystems - Interior lighting, Electric seat adjustment UI, Power window control, Power sunroof operation
• Spearheaded software development life-cycle from requirement analysis to validation of multiple features of BCM subsystem
• Performed and improved code/model coverage for MIL (Model in loop) and SIL (Software in loop)

Software Engineer, Power-train Module for Renault-Nissan Jul’20 – Jun’22

Software Development for Engine Management Control System (Coding and Unit Testing)

• Performed modeling and simulation of automotive power-train modules - Engine Control Module
• Development of abstraction architecture in compliance with AUTOSAR (Standardized automotive software architecture)
• Plant model development for sub-components of power train module - Torque Converter, Gear Box, and Vehicle Dynamics.
• Expedited the verification and validation timelines by developing novel algorithms for virtual validation of systems, replacing traditional hardware setup for HIL (Hardware-in-Loop) testing

Novel Static Multi-Layer Forest Approach and Its Applications

by Vaishnavi Patekar, Ganesh Bhagwat,Shristi Kumari, and Adrian Marius Deaconu

This paper presents a new method for representing multi-layer forest data structure in array format. It also explains various tree operations, unique data compression algorithm and migration algorithm between traditional approach and the proposed data structure. Most of the fundamental algorithms like those from artificial intelligence that employ decision trees are based on trees/forest data structure. The current paper brings a completely new idea in the representation of these data structures without employing recursion and targeting memory optimizations with reduced code complexities.