Lots of learning and a clear progress path. Motivated team. Amazing.
Nothing much to share as such.
1. Explain UG project. 2. Given a communication system, how can errors be detected and corrected? 3. Hamming code and syndrome calculation. 4. What are the causes for errors in the output of a digital block? 5. What are stuck-at faults and hazard
This is a very long, all-day interview. Typically, there are five different interviewers, each conducting a one-hour session. The interviewers range from staff to Director/Sr. Director level. Lunch will be provided, but interviews may continue duri
It was a good experience overall. They asked about various concepts in UVM and SystemVerilog, mainly concentrating on UVM. Topics covered included interfaces, modports, driver-sequencer communication, and more. I was also asked about design concepts
1. Explain UG project. 2. Given a communication system, how can errors be detected and corrected? 3. Hamming code and syndrome calculation. 4. What are the causes for errors in the output of a digital block? 5. What are stuck-at faults and hazard
This is a very long, all-day interview. Typically, there are five different interviewers, each conducting a one-hour session. The interviewers range from staff to Director/Sr. Director level. Lunch will be provided, but interviews may continue duri
It was a good experience overall. They asked about various concepts in UVM and SystemVerilog, mainly concentrating on UVM. Topics covered included interfaces, modports, driver-sequencer communication, and more. I was also asked about design concepts