Anurag badwal'

Leading functional safety for global Stellantis (CVADAS A5U MY24-26) and GM (Gen2/Gen3, SVPM, iDAS) programs to ensure end-to-end compliance from concept to production. Formulates safety artefacts (DIA, Safety Development Plans, Test Strategies, TSC and Safety Cases) and automates FuSa traceability using DOORS, AutoRTM, and Jenkins.

- Leading Functional Safety for global Stellantis (CVADAS A5U MY24-26) and GM (Gen2/Gen3, SVPM, iDAS) programs, ensuring end-to-end compliance from concept to production.

- Formulating critical safety artefacts including DIA, Safety Development Plans, and Test Strategies, while refining Technical Safety Concepts (TSC) and Safety Cases.

- Automating FuSa Traceability (SaVR) using DOORS, AutoRTM,

- Spearheaded Safety V&V for GM Global A/B platforms (MY19-21), executing 100+ hours of high-fidelity Bench & Vehicle-level Fault Injection Testing (FIT) to validate safety-critical propulsion systems.

- Engineered comprehensive Full & Delta Safety Reports, ensuring 100% compliance for interface-level fault injection across complex multi-OEM architectures (GM, FCA/Stellantis).

- Critical-Path So

Spearheaded safety V&V for GM global A/B platforms (MY19-21), including bench and vehicle-level fault injection testing. Owned safety reporting and governance activities (Full & Delta Safety Reports, Safety Case Checklist), and led Phase C/D safety activities to support development to mass production transitions.

- Engineered Powertrain Diagnostics: Executed rigorous OBD (On-Board Diagnostics) validation for Diesel Truck & Bus segments, specializing in ACM & ECM sensor fault analysis via DTC verification using Silverscanner.

- Advanced Data Acquisition: Spearheaded on-road vehicle testing and real-world simulation cycles, leveraging CANalyzer and ATI VISION for high-frequency data recording, calibration f

Conducted thermodynamic reliability engineering using thermal stress analysis to identify failure points under high-load durability cycles and influence design modifications. Led end-to-end engine testing and V&V activities, managing large-scale data acquisition channels and performing root-cause synthesis using sensor data and post-mortem hardware analysis.

- Thermodynamic Reliability Engineering: Conducted high-fidelity thermal stress analysis on prototype components, identifying critical failure points under extreme high-load durability cycles and influencing design modifications for next-gen 75/90 HP engines.

- Data-Driven Performance Benchmarking: Synthesized experimental data from PLC-controlled test beds to optimize lubrication efficiency, res

Completed work in Python for industrial engineering / machine learning focused on hand tracking.

Python Industrial Engineering- ML Hand Tracking

Courses:
AME 408: Computer Aided Design of Mechanical Systems,
SAE 549: Systems Architectural and Engineering,
AME 503: Advanced Mechanical Design,
AME 505: Engineering Information Modelling,

- Robotics Leadership: Organized "Yantriki", a semi-autonomous robotics competition, managing technical specs and event execution.

- Autonomous Systems Workshop: Completed "ROBOSAPIENS" (IIT/IIM alumni led), focusing on the fundamentals of autonomous robotics and sensor logic.