AMAN GAUTAM

Zone Controller Switch:

• Integrated, developed, and tested an Ethernet switch stack, enabling reliable, high-speed zonal networking.
• Implemented link-state handling and partial networking capabilities to support dynamic topology changes and power efficiency.
• Delivered global time synchronization, firewall security, and diagnostics modules for secure, real-time zonal communication.
• Integrated NvM stack and software update feature, enhancing data persistence and seamless ECU firmware upgrades in automotive ECUs.

Autosar Standard Software Team:

• Integrated, developed, and tested CAN, FlexRay, and LIN communication stacks, ensuring robust bus performance and compliance with AUTOSAR standards.
• Developed Precision Time Protocol (PTP) synchronization for high-precision timing in distributed automotive networks.
• Implemented mode management and network management features to optimize ECU state transitions and multi-node coordination.
• Automated Vector DaVinci integration processes using OCS scripting, streamlining configuration, and reducing manual effort.

Infotainment and Clusters (Client: Visteon):

• Resolved and optimized CI/CD pipelines.
• CAN protocol validation.
• Managed and traced requirements using Doors Next Generation (DNG) for clear specification and change control.
• Developed and executed test cases in Rational Quality Manager (RQM), enhancing test coverage and defect detection.

AUTOSAR COM Stack (Client: Mercedes-Benz R&D, India):

• Developed, configured, and tested AUTOSAR Global Time Synchronization modules (StbM, CanTSyn, FrTSyn, EthTSyn) for precise multi-bus timing.
• Integrated, tested, and debugged CAN and FlexRay stack modules, ensuring seamless communication stack performance.
• Created new test cases with CAPL scripting to enhance automated validation and regression testing coverage.

Instrument Panel Clusters (Client: Fiat Chrysler Automobiles):

• Developed vehicle processor features aligned with customer requirements, optimizing functionality for instrument cluster ECUs.
• Performed debugging and troubleshooting using CubeSuite+ and Multi IDE for efficient issue resolution.
• Designed panels and conducted functional validation using Vector CANoe, verifying system-level performance.