This project focuses on validating a PCIe-based System-on-Chip (SoC) using real-time debugging techniques in Electronic City Bangalore. It involves silicon bring-up, protocol compliance testing, signal integrity analysis, and debugging data transfer issues using JTAG and logic analyzers. The project simulates real-world validation environments followed in semiconductor companies located in Electronic City, helping learners gain hands-on experience in high-speed interface validation, failure analysis, and performance optimization aligned with industry standards.

This project involves complete silicon bring-up and debugging of an embedded hardware board in Whitefield Bangalore. It covers power sequencing, clock verification, UART communication setup, and debugging boot failures using oscilloscopes and SWD/JTAG tools. The project is designed to replicate real validation challenges faced by engineers in Whitefield-based semiconductor companies, enabling learners to develop strong debugging, troubleshooting, and hardware validation skills required for Post-Silicon Validation roles.

This project focuses on validating communication protocols like I2C, SPI, and UART with automation using Python scripting in Marathahalli Bangalore. It includes test case development, log analysis, automated validation workflows, and debugging protocol errors using logic analyzers. The project mirrors real-time industry practices followed in Marathahalli tech hubs, helping learners build expertise in scripting, automation, and protocol-level debugging essential for advanced Post-Silicon Validation engineers.