FAQs
What is the primary focus of the VLSI Engineer role?
The primary focus is on Design For Test (DFT) implementation and verification, including ATPG/Scan insertion.
What specific DFT tools should candidates be familiar with?
Candidates should have experience with tools like Mentor Tessent Fastscan, Testkompress, Synopsys DFT Compiler, and Tetramax.
Is knowledge of memory BIST important for this role?
Yes, sound knowledge of Memory BIST implementation and verification is a key requirement for this position.
What programming languages are relevant to this job?
Knowledge of System Verilog (UVM/OVM) and RTL verification languages (HDL/HVL) is important for the role.
What kind of testing responsibilities does this position entail?
Responsibilities include executing test cases, conducting functional coverage analysis, and performing regression testing of entire IP functionality.
How important is stakeholder interaction in this role?
Stakeholder interaction is crucial, involving regular reporting and updates with internal and external teams, including client technical teams.
What documentation practices are expected from a VLSI Engineer?
The role requires maintaining documentation of design changes, documenting test cases and failures, and providing project history and knowledge transfer to clients.
What competencies are necessary for effective performance in this role?
Key competencies include leveraging technology, process excellence, domain knowledge, and strong technical knowledge in VLSI Design For Testability.
How is performance measured for this position?
Performance is measured based on verification timeliness, quality of code (number of defects), customer responsiveness, and project documentation efficiency.
Does the role require debugging skills?
Yes, sound debug skills are required to diagnose and fix simulation failures at both RTL and gate levels.