Key responsibilities -
Participate in a global team setting on the development of advanced microcontroller products
Perform design verification of complex digital macros at the SOC level, working from an architectural description
Develop an effective suite of tests and testbench environment using VMM/UVM/System Verilog based verification
Perform RTL, Gate level verification of 16-bit Microcontroller products
Analyze gate level simulations and timing violation and work with STA team to get it resolved.
Develop Functional safety tests, fault injection simulations & coverage analysis
Debug complex issues at full chip level.
Exposure to the analog mixed signal simulations will be added plus.
Mentor junior team members
develop adoption of advanced techniques and automation.
Requirements/Qualifications:
- Education: Bachelor of Engineering in Electronics/Electrical or Computer Science, with strong digital design fundamentals.
- Experience: 10+ years in SoC Verification.
- Domain Expertise: UVM, System Verilog, STA.
- Microcontrollers. Deep understanding of MCU peripherals (DMA, Timers, ADC/DAC interfaces, Security modules, Functional Safety).
- Processor Knowledge: Direct experience verifying SoCs with ARM cores (Cortex-M) and proprietary RISC-based architectures.
- Methodologies:
- Expert-level command of SystemVerilog and UVM (Universal Verification Methodology).
- Strong hands-on experience with Formal Verification (Property Checking, Connectivity Checking) using tools like JasperGold or VC Formal.
- Protocol Proficiency: In-depth knowledge of AMBA bus protocols (AHB, APB, AXI).
- Verification Infrastructure: Experience defining coverage-driven verification (CDV) metrics and managing massive regression suites. Module level verification plan development, TB plan, TB development and fullchip integration of the module level TB, develop effective functional assertions and coverpoints
Preferred Skills
- Strong background in Gate-Level Simulations (GLS) and power-aware verification.
- Experience with Post-Silicon Validation, customer support and its alignment with pre-silicon test plans.
- Experience with analog mixed-mode (AMS) simulations.
- Familiarity with functional safety standards (ISO 26262) for automotive MCU applications.