Sobre este puesto de Principal Design Engineer en Cadence Design Systems
At Cadence, we hire and develop leaders and innovators who want to make an impact on the world of technology.
B.E./B.Tech or M.Tech/M.S. in Electronics, VLSI, or related field
7–10 years of hands-on DV experience in semiconductor/ASIC/SoC companies
Deep expertise in SystemVerilog and UVM (Universal Verification Methodology)
Strong understanding of digital design fundamentals — RTL, timing, clocking, resets
Experience with industry-standard simulators: Xcelium, VCS, Questa
Proficiency in coverage-driven verification — functional, code, and toggle coverage
Hands-on experience with formal verification tools and flows
Experience with bus protocols such as AXI, AHB, APB, PCIe, DDR, or similar
Strong debug skills — waveform analysis (Verisium, SimVision)
Familiarity with low-power verification (UPF/CPF) and gls/power-aware gls simulation
Core Responsibilities
Strategy and Architecture
Verification Planning: Define the overall verification strategy, including the choice of methodology (typically UVM/SystemVerilog), tools, and infrastructure.
Testbench Architecture: Design scalable, reusable, and robust verification environments. This includes developing Bus Functional Models (BFMs), monitors, scoreboards, and checkers.
Feature Extraction: Analyze architectural specifications to identify critical features and corner cases that require rigorous testing.
Execution and Technical Leadership
Customer Interaction: Technically lead DV execution of small to mid-sized customer ASIC projects. Handle customer interactions. Convert high level customer requirements into DV execution plan.
Development: Write complex test cases and sequences to achieve high functional coverage.
Debug: Lead the root-cause analysis of complex design bugs, collaborating closely with design engineers to implement fixes.
Constraint Random Testing: Implement constrained-random stimulus generation to explore the design space beyond directed tests.
Formal Verification: Utilize formal tools to prove specific properties or find deep-seated bugs that simulation might miss.
Metric Management
Coverage Analysis: Monitor and analyze functional and code coverage metrics.
Gate-Level Simulation (GLS): Oversee simulations on the synthesized netlist to verify timing and reset behavior.
Sign-off: Define the "definition of done" and provide final technical approval for the verification phase.
Soft Skills and Leadership
Mentorship: Guiding junior engineers on coding standards and debugging techniques.
Cross-functional Collaboration: Acting as the primary technical point of contact between the design, architecture, and emulation teams.
Project Management: Managing timelines, identifying risks in the verification schedule, and prioritizing tasks to meet project deadlines.
