bist , simulation and verification flow, Scan Insertion, DFT specification definition, compressed ATPG patterns, debug and validation of DFT features, analog mixed-signal IPs, silicon bring-up, gate level simulations, ASIC DFT synthesis, low power designs, IJTAG tools and flow

Jtag, Verilog, Dft, Mentor Tessent, TestCompress, TestKompress, ATPG, MBIST, Scan Insertion, Scan Chain Debug, IJTAG, IEEE 1500, GLS, NCSim, Xcelium

Vcs, Perl, Python, Tcl, Scan Insertion, Post-silicon validation, P1687, TetraMax, ATE patterns, Tessent, JTAG protocols, ATPG, Gate level simulation, TestMax

Static Timing analysis, Boundary Scan inserting tap controller, generating TDL for ATE, DFT simulation with and without SDF, analysing and improving scan coverage, P1500, Synthesis and formal verification tools, RTL based and netlist-based insertion flows, Stuck-At and At-Speed Faults, Inserting Scan and generating ATPG vectors, characterization DC Characteristics, DFT tools from Mentor, MBIST insertion and simulation

logic bist , Jtag, PERL, Shell script, Python, E-fuse, Pattern Retargeting, Post Silicon debug analysis, Pattern simulation, DFT architectures, Chip level DFT, ATPG Pattern generation, JTAG BSDL, scan chain insertion and verification, SDC constructs for DFT modes, Digital design concepts, pattern generation for Memories, stuck at IDDQ, MBIST, Scan Compression Techniques, JTAG IJTAG, ATPG coverage analysis, Transition faults, scan patterns and coverage statistics

DFT Design, MBIST, Scan Chains, Scan Compression, TAP, ATPG

Vcs, Perl, Python, Tcl, Scan Insertion, Post-silicon validation, BScan, P1687, TetraMax, Gate level simulation debugging, ATE patterns, JTAG protocols, ATPG, Tessent tool sets, TestMax