Lead / Senior Design Verification Engineer (SoC) 7 Years
Location: Pune India
Experience: 7 years (relevant SoC DV)
Role Summary
Own and drive SoC Design Verification for complex IP/subsystem/SoC programs. You will manage verification execution build scalable verification environments and ensure closure on coverage assertions and quality targets for both high-speed and low-speed interfaces.
Key Responsibilities
-
Lead end-to-end SoC verification execution: verification strategy planning schedules and closure.
-
Develop verification plans test plans and reusable SystemVerilog/UVM testbenches.
-
Verify high-speed and low-speed interfaces including: I2C/I3C SPI UART GPIO QSPI PCIe Ethernet CXL MIPI DDR HBM.
-
Implement and review SystemVerilog Assertions (SVA) and functional coverage models.
-
Drive coverage closure: code toggle and functional coverage; identify gaps and improve tests.
-
Debug complex failures analyze regressions and work closely with design/architecture teams to resolve issues.
-
Integrate and validate third-party VIPs (Synopsys/Cadence) and maintain VIP-based verification flows.
-
Run and triage regressions improve efficiency and ensure consistent delivery against milestones.
-
(Optional/Added advantage) Perform Gate-Level Simulation (GLS) and power-aware verification.
Must-Have / Non-Negotiable Skills (Top 10)
Use these in the LinkedIn job Skills section for tighter AI matching:
-
SoC Design Verification ownership (planning execution closure)
-
SystemVerilog (SV) proficiency for verification
-
UVM-based testbench development and reuse
-
SVA (SystemVerilog Assertions) writing and debug
-
Coverage expertise: functional code/toggle coverage and closure
-
Protocol verification experience across peripherals: I2C/I3C SPI UART GPIO QSPI
-
High-speed protocol verification exposure: PCIe / Ethernet / CXL / MIPI / DDR / HBM (at least 2 3 in depth)
-
Synopsys VCS (simulation/regressions/debug)
-
Cadence Xcelium (Xsim) (simulation/regressions/debug)
-
VIP integration (Synopsys and/or Cadence Verification IP)
Good-to-Have (Added Advantage)
-
Gate-Level Simulations (GLS) experience
-
Power-aware verification using UPF and X-propagation (Xprop)
-
Experience managing larger regression farms test planning for multi-IP SoCs or subsystem integration DV
Education
#LI-PM1
Lead / Senior Design Verification Engineer (SoC) 7 Years Location: Pune India Experience: 7 years (relevant SoC DV) Role Summary Own and drive SoC Design Verification for complex IP/subsystem/SoC programs. You will manage verification execution build scalable verification environments and ensu...
Lead / Senior Design Verification Engineer (SoC) 7 Years
Location: Pune India
Experience: 7 years (relevant SoC DV)
Role Summary
Own and drive SoC Design Verification for complex IP/subsystem/SoC programs. You will manage verification execution build scalable verification environments and ensure closure on coverage assertions and quality targets for both high-speed and low-speed interfaces.
Key Responsibilities
-
Lead end-to-end SoC verification execution: verification strategy planning schedules and closure.
-
Develop verification plans test plans and reusable SystemVerilog/UVM testbenches.
-
Verify high-speed and low-speed interfaces including: I2C/I3C SPI UART GPIO QSPI PCIe Ethernet CXL MIPI DDR HBM.
-
Implement and review SystemVerilog Assertions (SVA) and functional coverage models.
-
Drive coverage closure: code toggle and functional coverage; identify gaps and improve tests.
-
Debug complex failures analyze regressions and work closely with design/architecture teams to resolve issues.
-
Integrate and validate third-party VIPs (Synopsys/Cadence) and maintain VIP-based verification flows.
-
Run and triage regressions improve efficiency and ensure consistent delivery against milestones.
-
(Optional/Added advantage) Perform Gate-Level Simulation (GLS) and power-aware verification.
Must-Have / Non-Negotiable Skills (Top 10)
Use these in the LinkedIn job Skills section for tighter AI matching:
-
SoC Design Verification ownership (planning execution closure)
-
SystemVerilog (SV) proficiency for verification
-
UVM-based testbench development and reuse
-
SVA (SystemVerilog Assertions) writing and debug
-
Coverage expertise: functional code/toggle coverage and closure
-
Protocol verification experience across peripherals: I2C/I3C SPI UART GPIO QSPI
-
High-speed protocol verification exposure: PCIe / Ethernet / CXL / MIPI / DDR / HBM (at least 2 3 in depth)
-
Synopsys VCS (simulation/regressions/debug)
-
Cadence Xcelium (Xsim) (simulation/regressions/debug)
-
VIP integration (Synopsys and/or Cadence Verification IP)
Good-to-Have (Added Advantage)
-
Gate-Level Simulations (GLS) experience
-
Power-aware verification using UPF and X-propagation (Xprop)
-
Experience managing larger regression farms test planning for multi-IP SoCs or subsystem integration DV
Education
#LI-PM1
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