Lead Design Engineer
Cadence Design Systems
Lead Design Engineer
Cadence Design Systems
Develops EDA software, IP, verification tools
Core Responsibilities
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.
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.
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.
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.
Required Qualifications
B.E./B.Tech or M.Tech/M.S. in Electronics, VLSI, or related field
4–7 years of hands-on DV experience in semiconductor/ASIC/SoC companies
Develops EDA software, IP, verification tools
Cadence Design Systems supplies software, hardware, and IP for electronic design automation (EDA) to help customers create advanced semiconductor chips and electronic systems. Its tools handle system design, verification, digital and analog IC design, and custom flows, while IP such as Tensilica processors and DSP cores can be licensed for integration into customer products. The offerings are delivered as software licenses with maintenance and support, plus IP licensing and occasional hardware-accelerated options. The company differentiates itself with a broad, end-to-end EDA portfolio and close collaboration with industry leaders to streamline the path from concept to silicon, aiming to help customers bring sophisticated silicon and electronics to market faster with lower risk and higher productivity.
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