In the world of hardware design, verification is paramount. It’s the meticulous process of ensuring a circuit functions as intended, catching errors before they cause issues in real-world applications. Assertions in SV emerge as a powerful tool within this verification landscape. They offer a concise and verifiable approach to express a design’s desired behaviour, acting as embedded checks that monitor

Karnataka has recently unveiled a sophisticated certification program in VLSI design and verification, marking a significant step forward in the field. This project blends new ideas and learning to develop experts in VLSI, a key tech behind the tiny, powerful chips in our gadgets, changing how we use technology. With its complex nuances, VLSI programming is central to chip design’s