This project focuses on performing complete silicon bring-up of an ARM-based SoC using real hardware boards in a lab environment inspired by HITEC City, Hyderabad. It includes power sequencing, clock verification, and bootloader debugging using JTAG and UART interfaces. Learners will analyze boot failures, debug hardware-software interaction issues, and validate system initialization. This project builds strong expertise in post-silicon debugging workflows commonly used by semiconductor companies in Hyderabad, making it highly relevant for job roles in the local VLSI industry.

In this project, learners validate high-speed interfaces such as PCIe and DDR memory systems in a simulated validation lab setup based on Gachibowli, Hyderabad. It involves signal integrity analysis, protocol validation, and performance testing using oscilloscopes and logic analyzers. The project also includes identifying timing issues, data corruption, and debugging communication failures. This hands-on project aligns with real-world validation challenges faced by semiconductor companies in Hyderabad’s major tech hubs.

This project emphasizes debugging and validating embedded systems using UART and SPI protocols within a real-time validation environment inspired by Madhapur, Hyderabad. Students will develop test scripts, monitor communication logs, and troubleshoot peripheral failures. The project also includes firmware debugging, register-level analysis, and validation of sensor interfaces. It is designed to simulate real validation scenarios in Hyderabad-based semiconductor firms, helping learners gain job-ready practical skills.