Karthik Patil

AMS Verification Engineer at IRAVAN Technologies, working on Analog Mixed-Signal (AMS) verification of high-speed and power management IPs at both block and system level. Experienced in developing and validating SystemVerilog RNM (SV-RNM) and Verilog-AMS behavioral models for analog components including ADC, LDO, VCO, and POR. Skilled in performing Model vs Schematic (MVS) correlation across PVT corners to ensure alignment with transistor-level simulations. Proficient in building and executing AMS/UVM-based testbenches, incorporating assertions and self-checkers for robust functional and corner-case validation. Hands-on experience in debugging mixed-signal issues using waveform analysis tools such as SimVision, with a strong focus on root-cause identification across analog and digital domains. Actively involved in co-simulation and system-level verification, enabling faster regression cycles and improved coverage through RNM methodologies. Collaborating closely with design and integration teams to resolve functional, modeling, and convergence issues, while supporting large-scale regressions and verification closure in SoC environments.

Worked on Highspeed SerDes PHY IP in IPG group at Synopsys. • Responsible for handling RTL and Analog verification, primarily between PCS and PMA of SerDes • Responsible for carrying out functional verification of multi-protocol SerDes PHY which supports PCIE (gen 1-5), SATA, Ethernet, CCIX and SGMI protocol. • Executed 50+ simulations across SS, TT, and FF corners for TX, RX, and support blocks, verifying functionality and extracting detailed power metrics for each block. • Performed GLS verification with SDF, ensuring timing and functional correctness. • Using the extracted netlist, developed the testbench and environment setup for various test cases such as data rate change, power analysis and FSM evaluation of the top-level module of the PHY

was responsible for validating python scripts for SD cards and USB drives and also learnt about SD bus protocol, SPI bus protocol and USB protocol