Digital Design Verification Engineer with 2 years of experience at Texas Instruments. Worked in SoC-level low power modes, power controller verification, and DFT subsystem verification, with a focus currently on Cortex-A55 wrapper subsystem IP verification. Strong hands-on skills in Verilog, SystemVerilog, UVM, C, and Python. Published author of technical papers on requirements traceability automation and low power verification methodology, demonstrating a commitment to innovation and process improvement in DV.
Low Power Modes Verification:
Verified various Low Power Modes (LPMs) at the SoC level, ensuring correct sequence to enter and exit LPMs. Created testplan and C based tests .
Power Controller Verification
SoC DV of Power controller responsible for power transition of IPs in SoC .
A55 wrapper subsystem IP DV
Responsible for setting up UVM testbench , testplanning and coding tests - C and UVM tests.
Requirements Traceability Automation (Internship project):
Python based framework to automate Requirement Traceability report generation using JIRA CLI
RISC Processor with Hazard Detection and Mitigation implemented using Verilog HDL
A 5-stage Pipelined RISC Processor was implemented using Verilog HDL (in structural modelling style) - with Hazard Mitigation
Euclidean Distance Based sorting of Half Precision floating point data using Verilog
On a set of 32 2-D coordinates (in Floating Point Format), Euclidean Distances were calculated from the centroid and sorted.
4*2 SRAM Array Design -LTspice (Minor Project )
Implementation of SRAM in 6T configuration.
- Low Power Verification Methadology for Multi core SoCs
- Requirements Traceability Automation : Using JIRA CLI and Python