I recently appeared for the Verification Engineer interview process at InCore Semiconductor. The process consisted of two technical rounds, both focused on evaluating core concepts in digital electronics, Verilog, and object-oriented programming (OOPs)—a crucial aspect for SystemVerilog-based verification. 🔹 Round 1: Fundamentals and Technical Understanding The focus was on digital electronics and Verilog HDL. Questions included combinational and sequential circuit design, FSMs, multiplexers, flip-flops, and timing concepts. In Verilog, I was asked to write small code snippets and explain simulation behavior. There were also in-depth questions on OOPs concepts like inheritance, polymorphism, encapsulation, and abstraction—especially in the context of verification using SystemVerilog. 🔹 Round 2: Application-Based and Advanced Questions The second round tested deeper understanding and application of OOPs in verification, specifically how it translates to UVM methodology. I was asked scenario-based questions and to explain testbench components like driver, monitor, and scoreboard using OOPs principles. They also discussed resume-based projects, focusing on how I applied verification techniques and what challenges I faced. The overall process was very technical and aimed at assessing not only my conceptual clarity but also my ability to apply verification principles practically. It was a valuable learning experience that deepened my understanding of the verification domain.