Roshani Patil

Project: McLaren Automotive- Model-Based Development, Testing & SW Integration
• Develop and update control software in Matlab/Simulink based on system and functional requirements.
• Design and execute MIL/SIL unit tests to validate model behavior.
• Perform integration and functional testing on test vehicles
• Integrate software across multiple hardware platforms and manage calibration updates using CRETA.
• Collaborate with cross-functional teams to ensure seamless software delivery and compliance with development standards.
• Develop JIRA automation to improve efficiency and managed and maintained documentation for quality and process compliance.
•Provide technical support and guidance to team members throughout the development lifecycle.

Tools: MATLAB, Simulink, Stateflow, JIRA, DOORS, Jenkins, SVN, CANape

Project: Renault-Powertrain Development

•Developed Powertrain modules for both Conventional and HV/EV engines, covering more than 9 functions
•Analyzed Powertrain (PWT) requirements in detail and designed models to meet system specifications
•Performed verification and validation of designs through MIL testing
•Executed system requirements analysis and model design using Simulink and Stateflow
•Followed V-model SDLC and Model-Based Design for Gasoline, Diesel, Hybrid, and Aftertreatment systems
•Monitored change requests received from clients and tracked project status
•Conducted daily and weekly status meetings, managed project timelines, defects, and documentation (WSR, RCA, Lessons Learned)
•Provided technical support to MBD engineers and handled internal queries
•Led client meetings, managed communications, and escalated issues when required
•Delivered internal trainings and guided senior engineers in conducting knowledge-sharing sessions
•Coordinated onsite-offshore activities and supported team collaboration

Project: Chrysler SW Development

Developed Model-Based functions using MATLAB, Simulink, and Stateflow for Powertrain, Aftertreatment, Hybrid, and Electric Vehicle systems
•Analyzed requirements, updated systems, and prepared technical documentation
•Performed MIL, SIL, and PIL testing and created test cases to improve MCDC model coverage
•Ensured MAAB guideline compliance through MXAM checks
•Auto-code generation using TargetLink and Embedded Coder, including code mapping
•Conducted Root Cause Analysis (RCA) and resolved issues across the software development life cycle
•Followed V-model and Agile methodologies for MBD projects
•Designed and validated models for Gasoline, Diesel, Hybrid, and Aftertreatment systems
•Collaborated with customers and cross-functional teams for requirement clarification
•Conducted peer reviews and ensured high-quality, defect-free deliveries